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Reliance PP Repol H350EG

Reliance PP Repol H350EG is a high-flow polypropylene homopolymer developed by Reliance Industries Limited under the Repol brand for extrusion coating and lamination applications. It is designed for processors who need smooth melt flow, low neck-in, strong substrate adhesion, and consistent coating quality on polypropylene woven fabrics and related packaging substrates. For buyers searching for Reliance H350EG TDS, PP homopolymer extrusion coating grade, or high MFI polypropylene for woven sack lamination, this grade is a commercially relevant and technically strong option. Manufactured within Reliance’s established polypropylene portfolio, Repol H350EG is positioned as a specialized coating-grade PP homopolymer that supports high-speed line performance and premium coated surface quality. Its application profile makes it especially suitable for woven sack coating, industrial packaging laminates, technical fabric coating, and selected food-contact packaging structures where finish, adhesion, and process consistency are important.

Manufacturer and Brand Background

Reliance Industries Limited is one of India’s largest integrated petrochemical manufacturers and a major supplier of polypropylene to domestic and export markets. The Repol brand covers a broad range of polypropylene homopolymers and copolymers developed for raffia, film, injection molding, fibre, non-woven, BOPP, and coating applications. Within this portfolio, Repol H350EG belongs to the extrusion coating and lamination family. It is designed for converters who need a polypropylene homopolymer that can run efficiently at high coating speeds while maintaining stable melt behavior, clean edge control, and dependable bonding on polypropylene woven fabrics and similar substrates.

Polymer Design and Grade Positioning

H350EG is positioned as a high-MFI extrusion coating grade with a strong focus on flow behavior and coating performance. The grade is known for excellent flow characteristics, low neck-in, good surface finish, high gloss, and strong adhesion to substrate. These are critical performance factors in coating and lamination lines where coat weight control, edge stability, appearance quality, and bond strength directly affect productivity and finished product performance. Compared with more general-purpose polypropylene homopolymer grades, H350EG is optimized for coating efficiency rather than broad injection or fibre use. Its design intent is to support thin, uniform coatings at high line speeds and to deliver a smoother, more commercially acceptable coated surface on woven packaging and technical substrates. Technical Properties and Material Performance Reliance PP Repol H350EG is widely associated with a melt flow rate of around 38 g/10 min, placing it in the high-flow category of polypropylene homopolymer coating grades. This high MFI helps the material process easily through extrusion coating equipment, enabling stable melt curtain formation and efficient coating at faster operating speeds. The density is approximately 0.90 g/cm³, which is standard for polypropylene homopolymer. Technical references associated with this application family indicate tensile yield stress around 37 MPa, flexural modulus near 1520 MPa, Vicat softening point around 155°C, and heat deflection temperature close to 104°C. Some market references also indicate elongation at yield around 9 percent and notched Izod impact around 24 J/m, reinforcing the profile of a rigid, high-flow PP homopolymer with suitable stiffness and thermal resistance for coating applications. From a processor’s point of view, the main technical strength of H350EG is not just high flow, but controlled coating behavior. The grade supports low neck-in, which helps reduce trim waste and improve width control. It also contributes to good gloss and surface finish, which are important in woven sack and laminated packaging applications where appearance and printability matter.

Processing Guidance

H350EG is intended for extrusion coating and lamination on polypropylene woven fabrics and similar substrates. In practical processing environments, high-flow behavior allows the material to form a stable melt curtain and maintain more consistent coating thickness across the web. Coating lines typically operate with melt temperatures in the broader range of approximately 230°C to 280°C, depending on machine design, output target, substrate, and coating thickness. Die temperatures are generally maintained to support curtain stability, while chill roll temperatures are adjusted to promote rapid solidification, surface smoothness, and gloss. The grade’s low neck-in behavior is particularly useful for converters trying to improve edge control, reduce material loss, and maintain visual consistency across high-speed production runs. Actual settings should always be optimized based on line configuration and end-use requirements.

Applications and Industry Use Cases

Coated PP Woven Sacks

Reliance PP Repol H350EG is highly suitable for extrusion coating of polypropylene woven sacks used in cement, fertilizer, grains, sugar, chemicals, and other bulk packaging applications. Its high-flow profile helps create thin and uniform coatings, while low neck-in improves edge control and reduces waste. Strong adhesion to woven PP fabric also supports better laminate integrity and more dependable packaging performance.

Industrial Packaging and Technical Fabric Coating

The grade is also relevant for industrial packaging structures, technical coated fabrics, tarpaulins, protective covers, and related woven applications where surface quality and bond strength are important. H350EG helps converters achieve a smoother coated finish with better gloss, making it useful in applications where both visual appearance and functional coating performance matter.

Flexible Packaging and Lamination Structures

In lamination and flexible packaging applications, H350EG can be used where polypropylene homopolymer is suitable for coating and bonding functions. Its easy flow and stable processability support efficient line operation, while its finish characteristics help improve the overall look and usability of laminated packaging structures. This makes it commercially relevant for converters producing packaging materials that require consistent coating quality and reliable substrate bonding.

Food-Related and Regulated Packaging Uses

Because this grade family is commonly associated with food-contact acceptable compliance positioning, H350EG is also relevant for selected food-related packaging structures where polypropylene coating is appropriate and end-use validation is completed. For converters serving foodgrain, FMCG, and regulated packaging markets, this adds practical value beyond basic coating performance.

Performance Advantages

One of the biggest advantages of H350EG is its high melt flow rate. This enables faster processing, smoother coating behavior, and easier formation of thin coating layers compared with lower-MFI polypropylene homopolymer grades. For high-speed coating lines, this can translate into better productivity and more stable output. Low neck-in is another important differentiator. In extrusion coating, excessive neck-in can reduce usable width and increase trim waste. H350EG is designed to help control this behavior, making it a more efficient choice for converters coating polypropylene woven fabrics and other width-sensitive substrates. The grade also stands out for its excellent adhesion and good surface finish. Strong bonding helps reduce delamination risk, while gloss and smoothness improve the appearance of the finished coated structure. This is especially useful in woven sack packaging, industrial laminates, and technical fabric applications where both performance and presentation matter.

Comparable Alternatives

Within the Reliance Repol portfolio, H350EC is the closest internal comparison point. It shares a similar application family and high-flow profile, making it a logical alternative where converters are evaluating extrusion coating and lamination grades. H350EG is typically positioned as a dedicated coating-grade homopolymer focused on flow, adhesion, gloss, and low neck-in, while H350EC is often referenced as a closely related grade with comparable technical behavior. H350FG and H350FH are also relevant comparisons, but they are more strongly associated with fibre, filament, and non-woven applications. While H350FG may be used in some coating-related contexts, H350EG is the more direct choice when the primary requirement is coating polypropylene woven fabrics and achieving strong lamination performance rather than optimizing fibre spinning. Compared with Indian alternatives from HMEL, IOCL, and OPaL, H350EG stands out as a high-MFI polypropylene homopolymer for converters prioritizing coating speed, edge control, gloss, and adhesion. Mid-flow alternatives may be selected where a different coating thickness profile or broader application flexibility is needed, but H350EG is the stronger fit when high-speed extrusion coating performance is the main objective. The rationale behind H350EG is straightforward: it is assigned to applications where high flow, low neck-in, smooth coating quality, and strong substrate adhesion are more important than the broader performance balance offered by general-purpose polypropylene homopolymer grades.
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Reliance PP Repol H350FG

Reliance PP Repol H350FG is a polypropylene homopolymer grade developed by Reliance Industries Limited under the Repol brand for high-speed fiber, filament, spunbond non-woven, and extrusion coating applications. It is manufactured using Unipol PP process technology, a gas-phase fluidized-bed process known for delivering consistent rheology, stable molecular structure, and repeatable processing performance across production batches. Repol H350FG is positioned as a high-flow fiber-grade polypropylene for processors who need easy flow, excellent spinning behavior, and reliable coating performance. The grade is especially relevant for manufacturers producing fine denier multifilament yarns, low-GSM spunbond non-wovens, and coated woven fabric structures where line speed, uniformity, and appearance consistency matter. For buyers searching for Reliance H350FG TDS, PP homopolymer for spunbond non-woven, or high MFI polypropylene for extrusion coating, this grade fits a strong commercial and technical requirement.

Manufacturer and Brand Background

Reliance Industries Limited is one of India’s largest integrated petrochemical manufacturers and a major producer of polypropylene for domestic and international markets. Its Repol brand includes a wide range of polypropylene homopolymers, copolymers, and specialty grades developed for fiber, film, injection molding, raffia, BOPP, and technical industrial applications. Within this portfolio, Repol H350FG belongs to the high-flow fiber and coating family. It is designed for processors looking for a polypropylene homopolymer that can run efficiently at high speeds while maintaining stable output, good color retention, and dependable end-use performance.

Process Technology and Grade Design Intent

H350FG is produced using Unipol PP technology and is formulated for fiber and coating applications that demand smooth flow and process consistency. The grade includes an anti-gas-fading package that helps reduce yellowing caused by nitrogen oxides and ozone exposure, which is especially valuable in white, natural, and appearance-sensitive fibers and non-woven products. Its design intent is clear: deliver high melt flow for faster processing, maintain uniformity for fine denier and low-basis-weight structures, and support better surface quality and adhesion in extrusion coating and lamination applications.

Technical Properties and Material Performance

Reliance PP Repol H350FG has a melt flow rate of around 35 g/10 min, placing it in the high-flow category of polypropylene homopolymer fiber grades. This makes it well suited for high-speed spinning, low-GSM spunbond production, and thin, uniform extrusion coating where faster flow and smoother melt behavior are important. The density is approximately 0.90 g/cm³, which is standard for polypropylene homopolymer and supports lightweight finished products. In terms of mechanical performance, the grade offers tensile strength at yield of about 34 MPa and elongation at yield in the range of 9 to 10 percent. This gives manufacturers a useful balance of stiffness and workable ductility for fiber and non-woven processing. Flexural modulus is typically in the range of 1.50 to 1.65 GPa, supporting structural integrity and helping maintain fiber performance during drawing and downstream conversion. Notched Izod impact at room temperature is generally around 22 to 24 J/m, while thermal performance remains aligned with typical PP homopolymer behavior, with Vicat softening in the mid-150°C range and heat deflection temperature around 100 to 105°C. From a processor’s perspective, the most important technical strength of H350FG is its combination of high MFI, stable rheology, and gas-fading resistance. This allows the grade to support high line speeds, fine denier output, low neck-in during coating, and better appearance retention in finished white or natural products.

Processing Guidance

For fiber, filament, and spunbond non-woven applications, H350FG is generally processed in a melt temperature range of about 210°C to 250°C. Its high-flow profile supports compact spinning and fine denier yarn production with good uniformity and reduced process variation. In extrusion coating and lamination, the grade is valued for excellent flow, low neck-in, good surface finish, and strong adhesion, particularly on polypropylene woven fabrics and related substrates. This makes it commercially attractive for packaging, woven sack coating, and technical laminated structures where coating quality and line efficiency are both critical.

Applications and Industry Use Cases

Fine Denier Multifilament and Filament Yarn

Reliance PP Repol H350FG is well suited for fine denier multifilament yarn and related filament applications where high-speed spinning and uniform output are essential. Its high melt flow allows easier processing at faster line speeds, while its stable rheology helps maintain yarn consistency and reduce variation across production runs. This makes it relevant for textile yarns, industrial filaments, carpet yarns, and selected bulk continuous filament applications where smooth processing and reliable performance are important.

Spunbond Non-Wovens and Low-GSM Fabrics

H350FG is a strong fit for spunbond non-woven applications, especially low-GSM structures used in hygiene, filtration, agriculture, packaging, and industrial fabric segments. The grade’s high-flow behavior supports efficient web formation and stable throughput, while the anti-gas-fading package helps preserve whiteness and appearance in finished fabrics. For manufacturers producing diaper components, medical disposables, crop covers, or industrial non-wovens, this grade offers a practical balance of speed, consistency, and visual quality.

Extrusion Coating and Lamination

One of the most commercially important uses of Repol H350FG is extrusion coating and lamination. Its high MFI supports thin, even coating layers with low neck-in and good edge control, while its surface finish and adhesion characteristics make it suitable for coating polypropylene woven fabrics and similar substrates. This makes the grade relevant for woven sack coating, flexible packaging structures, industrial wraps, and specialty laminated products where coating quality directly affects final performance and appearance.

Packaging, Industrial and Technical End Uses

Beyond fiber and non-wovens, H350FG supports a range of packaging and industrial applications where high-flow polypropylene homopolymer is preferred. These include non-woven packaging materials, coated technical fabrics, filtration media, and selected food-related packaging structures subject to end-use validation. Its compliance profile and processability make it attractive for converters serving hygiene, industrial, agricultural, and packaging markets across India.

Performance Advantages of Reliance PP Repol H350FG

A major advantage of H350FG is its very high flow profile compared with lower MFI fiber grades. This allows processors to run faster lines, produce thinner coatings, and support low-basis-weight non-woven structures more efficiently. Where production speed and melt uniformity are key priorities, H350FG offers a clear technical benefit. Another important strength is its excellent uniformity. In fine denier spinning and spunbond conversion, consistency in flow behavior helps reduce process instability, improve output quality, and support better control over fiber structure. This is especially valuable for manufacturers targeting premium non-woven and textile applications. The anti-gas-fading formulation is also a meaningful differentiator. In white and natural products, yellowing during storage or environmental exposure can affect appearance and market acceptance. H350FG is designed to reduce that risk, making it more suitable for appearance-sensitive end uses than standard unoptimized PP homopolymer grades. For coating applications, the grade’s low neck-in, good gloss, and strong adhesion profile add another layer of commercial value. It is not only a fiber grade but also a practical coating and lamination material, which broadens its usability across multiple converting industries.

Comparable Alternatives

Within Reliance’s own range, H200FG and H350FH are the most relevant comparison points. H200FG, with lower MFI around 20, is generally better suited where a stronger balance between spinnability and tenacity is needed, especially in yarn-oriented applications. H350FG, by contrast, is the better choice when higher flow, faster processing, and coating efficiency are the main priorities. Compared with H350FH, H350FG sits in a similar high-flow zone but is often positioned more strongly for fiber, spunbond non-woven, and extrusion coating applications where gas-fading resistance and coating behavior are commercially important. The final selection between these grades depends on whether the processor is optimizing more for non-woven uniformity, coating performance, or a specific line setup. Against Indian alternatives such as HMEL Polysure Y25GR and Y25GR1, IOCL Propel fiber grades, and OPaL PP fiber grades, H350FG stands out as a higher-MFI option for processors who want faster flow and stronger coating performance. Lower-MFI alternatives may offer advantages where tenacity is the top priority, but H350FG is the more suitable grade when high-speed processing, fine denier output, low-GSM non-wovens, and extrusion coating efficiency are more important than maximum fiber strength alone. The rationale behind H350FG is straightforward: it is a high-flow polypropylene homopolymer assigned to applications where speed, uniformity, appearance retention, and coating quality matter more than the extra tenacity associated with lower-flow fiber grades.
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Reliance PP Repol H350FH

Reliance PP Repol H350FH is a controlled rheology polypropylene homopolymer developed by Reliance Industries Limited under the Repol brand for high-speed filament spinning and spunbond non-woven applications. It is engineered for processors who require stable viscosity, excellent uniformity, and dependable performance in fine denier yarn and low-GSM non-woven production. For buyers searching for Reliance H350FH TDS, PP homopolymer for spunbond non-woven, or controlled rheology polypropylene for fibre spinning, this grade is a highly relevant commercial and technical option. Manufactured by Reliance Industries Limited, one of India’s leading integrated petrochemical producers, Repol H350FH belongs to a specialized polypropylene portfolio designed for fibre, non-woven, film, raffia, and industrial conversion applications. Within this range, H350FH is positioned as a hygiene and filament-focused high-flow grade that combines controlled rheology with gas-fading resistance, making it especially suitable for white, natural, and appearance-sensitive non-woven and filament products.

Manufacturer and Brand Background

Reliance Industries Limited is a major producer of polypropylene in India with strong domestic supply capability and global market presence. Its Repol brand is widely recognized across polymer markets for application-specific polypropylene grades developed for injection molding, films, raffia, fibre, non-wovens, and specialty industrial uses. Repol H350FH sits within the fibre and non-woven family and is designed for processors looking for a polypropylene homopolymer that can deliver high-speed spinnability, low-basis-weight fabric consistency, and stable output across demanding production lines. The grade is particularly relevant for hygiene, medical, filtration, packaging, and agricultural non-woven segments where process reliability and fabric quality are critical.

Controlled Rheology Design and Grade Positioning

A key differentiator of H350FH is its controlled rheology design. This means the grade is optimized for stable melt behavior under high shear conditions, which is highly important in spinnerets and spunbond lines running at high speeds. Compared with standard high-MFI polypropylene homopolymer grades, H350FH is better suited for maintaining consistent filament formation, improved web uniformity, and reduced process variation. The grade also incorporates process stabilizers to minimize thermal degradation during spinning and non-woven conversion, along with an anti-gas-fading package that helps reduce yellowing caused by nitrogen oxides and ozone exposure. This makes it especially useful in hygiene and medical non-wovens where whiteness, cleanliness of appearance, and long-term visual stability matter.

Technical Properties and Material Performance

Reliance PP Repol H350FH has a melt flow rate of around 38 g/10 min, placing it in the very high-flow category of polypropylene homopolymer grades used for fibre and non-woven applications. This high MFI supports easy melt flow, high-speed processing, and efficient formation of fine denier filaments and low-GSM webs. The density is approximately 0.90 g/cm³, which is typical for polypropylene homopolymer and supports lightweight finished products. Mechanical performance is generally aligned with rigid PP homopolymer behavior, with tensile strength at yield in the mid-30 MPa range, elongation at yield around 9 to 11 percent, and flexural modulus roughly in the 1.5 to 1.6 GPa range. These values indicate a material profile that offers sufficient stiffness and structural integrity for fibre and non-woven applications without being designed around maximum impact performance. From a thermal and processing perspective, H350FH is intended for stable operation in demanding spinning environments. Its controlled rheology helps maintain viscosity consistency under processing stress, which supports better filament diameter control and lower breakage risk. For non-woven manufacturers, this translates into improved web uniformity, more stable throughput, and better fabric consistency.

Processing Guidance

Typical processing guidance for H350FH includes melt or extruder temperatures in the range of about 210°C to 250°C, depending on machine configuration and product requirements. Quench bath temperatures are generally in the 10°C to 20°C range, while godet roll temperatures are typically around 80°C to 120°C. Draw ratios in the range of 2.8 to 3.2 are commonly referenced for fine denier yarn production, and texturising temperatures around 125°C to 165°C may be used depending on the downstream process. These values should be treated as practical starting points rather than fixed settings, since actual optimization depends on line speed, denier target, equipment design, and end-use application. The real advantage of H350FH is that it provides a broad and production-friendly operating window for processors focused on fine denier filament and low-weight non-woven output.

Applications and Industry Use Cases

Fine Denier Filament Yarns

Reliance PP Repol H350FH is highly suitable for fine denier filament yarn production where stable flow, controlled filament formation, and consistent output are essential. It supports high-speed spinning of POY, FDY, and crimped filament yarns used in apparel, home textiles, technical textiles, and selected industrial yarn applications. Its controlled rheology helps maintain filament uniformity, which is important for both process efficiency and end-product quality.

Spunbond Non-Wovens for Hygiene and Medical Use

One of the strongest application areas for H350FH is spunbond non-woven production for hygiene and medical sectors. The grade is well suited for diaper components, sanitary products, surgical gowns, masks, drapes, and other disposable non-woven articles where low-GSM fabric consistency, whiteness retention, and production stability are important. Its gas-fading resistance adds value in white and non-pigmented products where appearance quality directly affects market acceptance.

Filtration Non-Wovens and Technical Fabrics

H350FH is also relevant for filtration media and technical non-woven fabrics used in air filtration, liquid filtration, industrial wipes, and specialty technical applications. The combination of high flow and excellent uniformity supports web consistency, which is important for filtration performance and reliable downstream converting. For manufacturers targeting functional non-wovens, this grade offers a strong balance of processability and structural performance.

Packaging and Agricultural Non-Wovens

Beyond hygiene and filtration, H350FH can be used in packaging non-wovens, lightweight wraps, and agricultural fabrics such as crop covers and protective textiles. Its ability to support low-weight fabric production makes it commercially useful in applications where material efficiency, appearance, and stable line performance are all important. This broadens its relevance across multiple non-woven converting industries in India.

Performance Advantages of Reliance PP Repol H350FH

The most important advantage of H350FH is its controlled rheology profile. In high-speed spinning and spunbond lines, stable viscosity under shear helps reduce process fluctuations, improve filament consistency, and lower the risk of line interruptions. This makes the grade more reliable than generic high-flow PP homopolymer grades that may not be optimized for demanding fibre and hygiene applications. Another major strength is its excellent uniformity for fine denier and low-GSM structures. In hygiene, medical, and filtration products, even fibre distribution and stable web formation are critical. H350FH is designed to support those outcomes, which helps processors improve both productivity and finished product quality. Its anti-gas-fading package is also a valuable differentiator. White and natural non-woven products can lose market appeal if they yellow during storage or exposure to environmental pollutants. H350FH helps reduce that risk, making it more suitable for appearance-sensitive applications than standard PP homopolymer grades without this formulation focus.

Comparable Alternatives

Within the Reliance Repol family, H350FG and H200FG are the most relevant alternatives. H350FG operates in a similar high-flow range and is suitable for fibre, non-wovens, and extrusion coating, but H350FH is more specifically positioned around controlled rheology and hygiene-focused spunbond performance. For processors prioritizing low-GSM non-woven consistency, fine denier spinning stability, and hygiene-grade output, H350FH is often the more targeted option. H200FG, with a lower MFI around 20, is better suited where a stronger balance between spinnability and tenacity is required. It is often preferred for broader fibre applications where slightly lower flow and stronger yarn-oriented performance are more important than maximum speed. In contrast, H350FH is the better fit when very high throughput, web uniformity, and controlled rheology are the main priorities. Compared with Indian alternatives such as HMEL Polysure Y25GR and Y25GR1, IOCL Propel fibre grades, and OPaL PP non-woven grades, H350FH stands out as a higher-MFI, controlled-rheology option designed for premium non-woven and filament applications. Mid-flow grades may offer more tenacity or broader general-purpose use, but H350FH is the stronger choice when processors need high-speed spinning, low-GSM fabric capability, and better appearance retention in hygiene and medical products. The rationale behind H350FH is clear: it is assigned to applications where controlled rheology, very high flow, non-woven consistency, and gas-fading resistance matter more than the extra tenacity associated with lower-flow fibre grades.
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Reliance PP Repol SS35N

Reliance Repol SS35N is a polypropylene homopolymer raffia grade developed by Reliance Industries Limited for tape extrusion applications used in plastic woven sacks, monofilaments, carpet backing, industrial packaging and geotextiles. For buyers searching for Reliance Repol SS35N, SS35N PP raffia grade, or 3 MFI PP homopolymer for woven sacks, this grade is positioned as a dependable solution for converters that need smooth processing, strong tape performance and reliable woven fabric output. According to the Reliance TDS, Repol SS35N is recommended for making raffia tapes used in plastic woven sacks and is formulated with a special additive package for low water carry over. This is especially relevant for raffia processors because reduced water carry-over can improve drying efficiency, support cleaner downstream handling and help maintain stable tape quality during continuous production. Reliance Industries Limited is one of India’s largest polymer manufacturers, and the Repol PP portfolio includes raffia, fibre, BOPP film, injection moulding and compounding grades used across industrial applications. Within this portfolio, SS35N sits in the raffia and monofilament segment, where processors require a balanced combination of processability, mechanical strength and consistency for woven fabric conversion. The grade is supplied as virgin polypropylene homopolymer granules and carries BIS Designation Code IS 10951-1-TB-A. In the Indian market, it is relevant for woven sack manufacturers, raffia tape extrusion units, carpet backing converters and technical textile processors looking for a proven Reliance raffia grade with stable line behaviour.

Technical Insights

Repol SS35N combines a melt flow rate of 3 g/10 min with a density of 0.90 g/cc, making it suitable for tape extrusion where controlled flow and orientation are important. The grade also shows 35 MPa tensile strength at yield, 12% elongation at yield, 1400 MPa flexural modulus, 70 Shore D hardness, 45 J/m notched Izod impact at 23°C, and 105°C heat deflection temperature at 0.455 MPa. This property balance makes SS35N a practical choice for processors that need good tape strength, stable woven fabric performance and dependable conversion across sack and technical textile applications. The tensile and modulus profile supports stiffness and dimensional stability, while the impact level helps maintain practical durability in end-use woven structures.Reliance also provides indicative processing guidance for raffia tape extrusion, including extrusion temperatures of 220–260°C, water bath temperatures of 30–50°C, and stretching temperatures around 155°C. These reference conditions help position SS35N as a strong option for buyers looking for SS35N raffia processing guidance, PP homopolymer for tape extrusion, or polypropylene raffia grade for woven sack Manufacturing.

Applications and Industry Use Cases

Plastic Woven Sacks

Repol SS35N is primarily recommended for plastic woven sacks, where raffia tapes are converted into fabrics used for packaging cement, fertilisers, grains, animal feed and other bulk materials. Its combination of processability and mechanical strength helps manufacturers produce woven sack fabrics that perform reliably during filling, stacking, transport and storage.

Monofilaments and Raffia Conversion

The grade is also suitable for monofilament-related conversion where processors need a polypropylene homopolymer with stable extrusion behaviour and consistent downstream handling. This makes SS35N relevant for applications where line stability, orientation control and dependable mechanical output are important to finished product Quality.

Carpet Backing

In carpet backing applications, SS35N supports the production of raffia tapes used in woven backing structures that provide dimensional support and structural integrity. For converters supplying carpet backing materials, the grade offers a useful balance of stiffness, process consistency and woven fabric performance.

Industrial Packaging Fabrics

Industrial packaging applications such as wrapping fabrics, utility woven materials and heavy-duty packaging structures also align well with SS35N. Processors in this segment typically need a raffia grade that can run efficiently on tape extrusion lines while delivering woven fabrics with practical strength and durability.

Geotextiles

SS35N is relevant for woven geotextile applications used in soil stabilisation, separation and civil engineering support layers. Because the grade is designed for raffia tape extrusion and woven fabric production, it fits technical textile applications where process consistency and mechanical reliability are important.

Comparable Alternatives and Grade Positioning

In the Indian raffia market, Repol SS35N is commonly compared with Reliance Repol H030SG, IOCL PP1030RG, and HMEL R03RR. All of these grades fall within a similar melt flow range and are positioned for raffia tapes, woven sacks and related woven fabric Applications. Among these, H030SG is the closest internal comparison within the Reliance portfolio because it also carries a 3.0 MFI profile and is positioned for raffia tapes, carpet backing and geotextiles. Buyers comparing SS35N and H030SG are usually evaluating subtle differences in grade preference, processing familiarity and application fit within the same broader raffia family. IOCL PP1030RG is a direct market alternative with a slightly higher MFI around 3.3, making it relevant for converters comparing line behaviour and tape orientation performance. HMEL R03RR is another practical alternative in the same selection band for woven sack and raffia applications. The rationale for selecting SS35N usually comesfrom its Reliance positioning, low water carry-over formulation, and its suitability for both woven sacks and monofilament-oriented conversion.
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Reliance PPCP Repol AMI035N

Reliance Repol AMI035N is a polypropylene impact copolymer (PPCP) engineered for injection moulding applications demanding exceptional stiffness–impact balance, dimensional stability, and long-term durability. Produced using advanced process technology, AMI035N features a low melt flow index (3 g/10 min), making it the ideal PPCP for automotive components, crates, rigid packaging, furniture, and industrial mouldings where structural integrity and impact resistance are non-negotiable. The grade’s mechanical and thermal profile ensures performance in both moderate and demanding service environments.

Technical specifications

Flow & physical properties

  • Melt Flow Index: 3 g/10 min (230°C/2.16 kg) – low-MFI for maximum toughness and rigidity
  • Density: ~0.90 g/cm³ – standard for PP IC

Mechanical & thermal properties

  • Tensile strength at yield: ~27 MPa – robust for automotive and structural parts
  • Elongation at yield: ~8% – supports resilience under load
  • Flexural modulus: ~1100 MPa – high stiffness for crates, furniture, and packaging
  • Notched Izod impact (23°C): ~160 J/m – excellent impact strength for drop and stacking resistance
  • Vicat softening point (10 N): ~150°C – resists deformation under moderate heat
  • Heat deflection temperature (HDT, 0.455 MPa): ~90°C – suitable for automotive interiors and logistics

Regulatory compliance

  • Conforms to IS 10910 (food/pharma/drinking water contact) and IS 16738:2018 (positive list)
  • Additives and formulation meet FDA and global standards for safe packaging and consumer use

Deep technical insights

  • Low-MFI advantage: AMI035N’s 3 g/10 min MFI is ideal for moderate-wall, high-strength parts, maximizing impact and stiffness while minimizing warpage and brittleness.
  • Mechanical synergy: 1100 MPa flexural modulus and 160 J/m impact provide the stiffness and toughness required in automotive, crate, and furniture applications.
  • Thermal reliability: Vicat 150°C and HDT 90°C ensure shape retention and performance in warm or sun-exposed environments.
  • Dimensional consistency: Reactor-grade dispersion and process stability support repeatability for OEM and high-volume production.

Applications

Automotive components

AMI035N is engineered for interior trims, semi-structural parts, and components where both rigidity and impact resistance are essential. Its thermal and mechanical profile supports performance in cabin and non-critical under-hood service.

Crates & rigid packaging

High modulus and impact strength make AMI035N perfect for stackable crates, bins, and rigid packaging, supporting high stacking loads and repeated drops in logistics and warehousing.

Furniture

For chairs, tables, and modular furniture, AMI035N delivers the load-bearing stiffness and drop resistance required in institutional and consumer settings.

Industrial mouldings

The grade’s balance of strength and impact suits technical housings, machine guards, and industrial covers, providing ruggedness and dimensional stability for demanding uses.

Processing guidelines

  • Barrel temperature: 190–230°C (mid-range 200–220°C for most parts)
  • Mould temperature: 30–40°C (cooler for cycle time, warmer for finish and warpage control)
  • Packing pressure/time: Essential for ribs and thick sections to prevent sink marks
  • Injection tips: Use moderate injection speeds, ensure uniform wall thickness, and optimize gate/rib design for best results
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Reliance PPCP Repol B030MG

Reliance Repol B030MG is a polypropylene impact copolymer (PPCP) manufactured via the Unipol gas-phase process, designed for injection moulding where a balance of stiffness and medium impact strength is critical. This grade is ideal for industrial crates, furniture, automotive trims, textile components, and general technical mouldings. B030MG’s process stability, surface finish, and mechanical balance make it a trusted choice for OEMs and high-volume moulders.

Technical properties and datasheet

Physical and mechanical properties

  • Melt flow rate: ~3.0–3.3 g/10 min (ASTM D1238)
  • Density: ~0.90 g/cc (ASTM D792)
  • Tensile strength at yield: ~26–27 MPa (ASTM D638)
  • Elongation at yield: ~10% (ASTM D638)
  • Flexural modulus: ~1,000 MPa (1% secant, ASTM D790)
  • Notched Izod impact (23 °C): ~1.1 J/cm (≈150 J/m, ASTM D256)
  • Heat deflection temp @ 0.46 MPa: ~95 °C (ASTM D648)

Typical processing conditions

  • Melt temperature: 190–240 °C
  • Mold temperature: 20–50 °C
  • Parameters may vary by part design and machine; always refer to the manufacturer’s datasheet for best results.

Regulatory information

Food-contact and regulatory compliance

  • Complies with US FDA 21 CFR 177.1520, IS 10910, IS 16738:2018, and EU 10/2011 food contact standards.
  • Material Safety Data Sheet confirms low toxicity and safe handling under normal industrial conditions.

Applications and design guidance

Crates and industrial packaging

Repol B030MG is widely used in stackable crates, beverage bins, and logistics boxes, prized for its stiffness, impact resistance, and finish. For example, high-stack dairy crates benefit from its strength and surface gloss, ensuring durability and branding.

Furniture and household components

This grade is chosen for chairs, stools, cabinets, and furniture parts where rigidity, toughness, and colourability are required. Unlike recycled blends, B030MG offers better surface finish and long-term stability.

Automotive and engineering parts

B030MG supports interior trims, housings, and brackets that require dimensional stability and a clean finish. It is compatible with talc and modifiers for textured or grained finishes.

Textile and general industrial products

Used in bobbins, cones, textile machine housings, and appliance components, B030MG delivers reliable processability and mechanical balance for technical mouldings.

Performance advantages of Repol B030MG

  • Stiffness–impact balance for demanding industrial and consumer parts
  • Consistent processability and stable cycle times
  • Thermal performance suitable for moderate heat exposure
  • Excellent surface gloss for branding and aesthetics
  • Batch-to-batch reliability and original Reliance documentation
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Reliance PPCP Repol B120MA

Reliance’s PPCP Repol B120MA is a polypropylene impact copolymer (PPCP) engineered for injection moulding. It delivers a balanced combination of medium impact strength, stiffness, and antistatic properties. Repol B120MA is ideal for B2B buyers seeking high process reliability and consistent part quality. Typical users include OEMs, moulders, compounders, and procurement teams manufacturing housewares, thermowares, furniture, sanitary wares, and automotive/industrial components.

Key Features & Benefits of Repol B120MA

  • Medium impact strength with reliable toughness
  • Balanced stiffness–impact profile for robust parts
  • Built-in antistatic agent for reduced dust pick-up
  • Good surface gloss and consistent finish
  • Designed for fast, efficient injection moulding

Technical Properties & Processing Guidelines

Material Properties of Repol Repol B120MA

  • Mechanical: Medium impact, good stiffness, reliable dimensional stability
  • Thermal: Suitable for housewares, industrial and automotive use
  • Rheological: Medium MFI for efficient cycle times
  • Compliance: Meets IS 10910 and positive list for food-contact (verify per application)

Recommended Processing Conditions (Injection Moulding)

  • Barrel temp: 180–230°C (typical)
  • Mould temp: 30–60°C (typical)
  • Store bags in dry, dust-free area below 50°C
  • Refer to datasheet for machine/part-specific tuning

Typical Applications of Reliance PPCP Repol B120MA

Reliance’s Repol B120MA is widely used for housewares (containers, thermowares, sanitary wares), furniture parts, and industrial/automotive mouldings. Its combination of impact strength, stiffness, and antistatic properties makes it suitable for robust, high-appearance parts. Repol B120MA is also selected by compounders for custom blends in automotive and general-purpose moulding.
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Reliance PPCP Repol B220MN

Reliance Repol B220MN is a high-flow polypropylene (PP) impact copolymer (PPCP) granule engineered by Reliance Industries for demanding injection moulding applications. With a melt flow rate of 22 g/10 min and nucleated for fast cycles, B220MN is trusted by OEMs and moulders for rigid packaging, automotive components, housewares, and appliance parts. The grade’s balanced stiffness and impact strength, combined with reliable dimensional stability, make it a go-to PPCP for consumer and industrial plastics. B220MN is supplied as natural granules and is suitable for food-contact and regulated applications (per FDA 21 CFR 177.1520 and IS 10910).

Technical specifications of Reliance Repol B220MN

Flow & physical properties

  • Melt Flow Rate (MFR): 22 g/10 min (230°C/2.16 kg) – enables rapid filling of thin sections, ribs, and complex moulds, reducing cycle times
  • Density:90 g/cc – typical of PP impact copolymers, supporting lightweight design

Mechanical performance: stiffness & impact strength

  • Tensile Strength at Yield: ~25 MPa – offers a solid balance between flexibility and strength
  • Flexural Modulus: ~1.1 GPa – medium stiffness, good for load-bearing and structural parts
  • Notched Izod Impact: High toughness at room temperature, much tougher than PP homopolymer – ideal for parts that face drops or repeated handling

Thermal properties & service temperature window

  • Heat Deflection Temp (HDT): ~100°C (0.46 MPa) – suitable for room-temperature and moderately warm conditions, such as appliance interiors and automotive trims
  • Vicat Softening Point: Typical of PP IC, supporting service up to 90–100°C

Functional Features

Reliance Repol B220MN brings together process efficiency, material reliability, and design flexibility. It’s nucleated for faster crystallisation and shorter cycles, helping you boost productivity. The grade’s impact-stiffness balance allows for robust, lightweight parts, and its food-contact compliance opens up regulated market opportunities.

Applications and industry use cases

Household and consumer plastic products

B220MN is used in buckets, storage bins, kitchenware, furniture components, and other houseware items. Its high flow and toughness mean parts are lightweight, durable, and resistant to everyday drops and knocks.

Appliances and electrical components

Appliance makers use B220MN for housings, control panels, knobs, and internal parts in fans, coolers, washing machines, and more. The grade’s impact and stiffness help these parts last, while its thermal profile is great for room-temperature and mildly warm areas.

Automotive and industrial parts

For non-critical interior trims, battery cases, and light covers, B220MN’s toughness and processability shine. It handles vibration and moderate impacts better than standard PP, making it a cost-effective solution for automotive interiors and industrial covers.

Rigid packaging, crates, caps & closures

B220MN is trusted for injection-moulded crates, pallets, rigid packaging, and closures that need to withstand logistics stress. Its high flow enables thinner walls and faster cycles, helping manufacturers cut weight and boost output.

Processing guidelines for PPCP Repol B220MN

Recommended injection-moulding parameters

  • Melt temperature: 190–240°C (lower for standard parts, higher for thin-wall or complex shapes)
  • Mould temperature: 20–50°C (colder for speed, warmer for finish/stability)
  • Injection speed & pressure: Use high speed to exploit flow; ensure packing to avoid sink in ribs/bosses
  • Regrind usage: Clean, limited regrind is generally safe if contamination is controlled

Design tips for thin-wall and multi-cavity tools

  • Use uniform wall thickness and rounded corners to reduce stress
  • Gates and runners should be sized for high-flow PP IC to avoid short shots
  • Thin-wall designs benefit from B220MN’s flowability and cycle-time reduction

Common PP injection-moulding defects and troubleshooting

  • Warpage: May be caused by uneven cooling or mould temperature; adjust cooling and packing
  • Flow lines: Increase injection speed or temperature; check gate location
  • Short shots: Raise temperature or speed; ensure venting is adequate

Performance advantages vs other PP grades

B220MN vs PP homopolymer: Much higher impact strength, especially at low temperatures, but slightly less stiff and heat-resistant. B220MN vs random copolymer PP: Much tougher but opaque; perfect where clarity isn’t needed but durability is. B220MN vs engineering plastics (ABS, PC/ABS): Lower cost and density, good for non-high-heat parts, but less heat-resistant than engineering plastics. Why choose B220MN?
  • Faster cycles, thinner walls, and higher productivity than many other PP grades
  • Balanced performance for a wide range of consumer, appliance, and automotive parts
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Reliance PPCP Repol B250EG

Reliance Repol B250EG is a specialized, high-flow polypropylene (PP) impact copolymer (PPCP) engineered using the Unipol gas-phase process and a high-activity stereospecific catalyst. Its standout feature is a melt flow rate of 25 g/10 min, making it ideal for high-speed extrusion coating lines where uniform coating and process reliability are critical. B250EG is recommended for extrusion coating of PP woven fabrics—think woven sacks, tarpaulins, agro-textiles, and flexible packaging—where its flow, adhesion, and toughness ensure optimal product quality. This grade is trusted by woven sack manufacturers, laminators, packaging converters, and OEMs across India.

Technical specifications of Reliance Repol B250EG

Flow and physical properties

  • Melt Flow Rate (MFR): 25 g/10 min (230°C/2.16 kg) – delivers excellent flow for thin, even coatings at high line speeds
  • Density: 0.90 g/cm³ – standard for PP impact copolymers, supporting lightweight coatings

Mechanical performance of coated structures

  • Tensile Strength at Yield: ~24 MPa – ensures coated fabrics retain strength and flexibility
  • Flexural Modulus: ~0.9 GPa – provides a balance of stiffness and drapability
  • Impact Resistance: Superior to PP homopolymer coatings, reducing cracking and improving durability under handling/folding

Thermal behaviour and service conditions

  • Service Temperature Range: Suitable for moderate temperatures found in outdoor sacks, tarps, and packaging—not for continuous high-heat use
  • Thermal Stability: Maintains coating integrity during high-speed extrusion and typical end-use conditions

Functional Features

B250EG is purpose-built for extrusion coating, delivering process efficiency, product durability, and surface quality. The grade’s high melt flow, impact copolymer matrix, and process consistency make it a top choice for converters seeking reliability and productivity gains.

Applications and industry use cases

Coating of PP woven fabrics and sacks

B250EG is the preferred PPCP for extrusion coating of polypropylene woven sacks, FIBC fabrics, and tarpaulins. Its high flow enables thin, uniform coatings at high line speeds, improving moisture barrier, printability, and seam strength. This results in tough, reliable sacks and tarps for cement, fertiliser, and agro applications.

Tarpaulins, agro-textiles, and industrial fabrics

For tarpaulins, ground covers, and agro-textiles, B250EG delivers abrasion resistance and flexibility, helping products withstand outdoor exposure and repeated handling. Its impact copolymer base reduces cracking and improves service life.

Flexible packaging and paper-poly laminates

B250EG is widely used for extrusion-coated films, paper-poly laminates, and board coatings. The PP layer adds chemical and moisture resistance to cartons and flexible packs, with high line speed compatibility.

Other extrusion-coating and lamination applications

Beyond woven fabrics, B250EG serves in general plastics, non-woven fabric coatings, and specialty laminates where high-flow, thin, and tough coatings are required.

Processing guidelines for PPCP Repol B250EG in extrusion coating

Recommended extrusion-coating conditions

  • Melt temperature: 220–260°C (adjust as per line and substrate)
  • Line speed: High MFR supports faster lines and thinner coatings at stable screw loads
  • Substrate prep: Ensure clean, dry woven fabric for optimal adhesion

Coating design and thickness optimisation

  • Target uniform, thin coatings for cost efficiency and performance
  • Monitor edge stability and neck-in—B250EG’s flow helps control neck-in for consistent coverage
  • Screw design: Standard PP IC screw with proper L/D and mixing section recommended

Common coating defects and troubleshooting

  • Orange peel: May result from low melt temperature or poor substrate prep—raise temp, improve cleaning
  • Neck-in: Excessive line speed or insufficient die temp—adjust line and thermal settings
  • Poor adhesion: Check substrate moisture and surface tension; optimise melt temp and pressure

Performance advantages vs alternative PP grades

B250EG vs PP homopolymer coating grades

B250EG offers much better impact and crack resistance, especially in thin coatings on woven fabrics. This means fewer failures during folding, stacking, and transport.

B250EG vs lower-MFI PPCP grades

Its very high MFR enables higher throughput, thinner coatings, and better coverage—translating to productivity gains and material savings on modern extrusion lines.

Why choose Repol B250EG for extrusion coating?

  • Faster lines: High flow means higher speed and lower energy use per unit
  • Lighter coatings: Enables downgauging without sacrificing coverage or durability
  • Stronger fabrics: Impact copolymer matrix improves resistance to cracking and abrasion
  • Consistent finish: Uniform coating and reduced defects for better printability and appearance
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Reliance PPCP Repol B400MN

Reliance Repol B400MN is a high-flow, nucleated polypropylene impact copolymer (PPCP) engineered by Reliance Industries Ltd using Unipol PP gas-phase technology. With a melt flow rate of 38 g/10 min, B400MN combines excellent processability, medium impact strength, and dimensional stability, making it ideal for injection moulding of appliance parts, automotive components, grilled/thin-wall products, and compounding. The nucleating agent accelerates crystallisation, shortens cycle times, and enhances both stiffness and part gloss. B400MN is supplied as natural granules in 25 kg bags, and is fully compliant with IS 10910 for food, pharma, and drinking water contact, as well as FDA CFR 21 177.1520.

Functional Features

Repol B400MN stands out for its reactor-grade consistency, fast crystallization, and balanced mechanical properties. Its nucleated structure supports low warpage, reliable dimensional accuracy, and high-gloss surfaces. The grade’s medium impact and stiffness profile enable versatile use across appliances, automotive, and industrial sectors.

Detailed Technical Specifications (Typical Values)

  • Melt Flow Rate: 38 g/10 min (ASTM D1238, 230°C/2.16 kg)
  • Density:90 g/cc (ASTM D792)
  • Tensile Strength at Yield: 26 MPa (ASTM D638)
  • Elongation at Yield: 7% (ASTM D638)
  • Flexural Modulus: 1150 MPa (ASTM D790A)
  • Notched Izod Impact (23°C): 70 J/m (ASTM D256)
  • Heat Deflection Temp (455 kPa): 105°C (ASTM D648)
  • Hardness: Shore D 68 (ASTM D2240)
Processing Guidelines: Melt temperature: 200–250°C; mould: 15–40°C. Consistent, easy processing with good surface gloss.

Applications and Industry Use Cases

Appliances

B400MN is widely used for appliance parts such as washer internals, AC grills, and fan covers. Its high flow and nucleated stability enable precise, defect-free moulding of thin-walled and grilled components, while its gloss and dimensional stability support premium surface finishes.

Automotive

Automotive compounders and OEMs use B400MN for interior and exterior components, compounds, and non-structural parts requiring a balance of stiffness and impact. The grade’s processability supports complex designs and high-volume manufacturing.

Grilled/Thin-Wall Products

The high flow and nucleation of B400MN make it ideal for fan guards, vents, and thin-walled housings, where rapid mould filling and low warpage are critical for assembly and performance.

Compounding

B400MN is an excellent base resin for masterbatch and mineral-filled PPCP compounds, supporting efficient dispersion and batch consistency.

Performance Advantages

Compared to non-nucleated or lower-MFI PPCP grades, Repol B400MN delivers faster cycle times, enhanced dimensional control, and superior gloss in thin-wall and grilled applications. Its reactor-grade nucleation technology minimizes warpage and shrinkage, making it a preferred choice for high-output, precision moulding environments. B400MN is competitive with HMEL CM40NR (40 MFI), IOCL Propel 3650MN (65 MFI), and Haldia Halene M365 for thin-wall, appliance, and compounding applications.

Compliance, Packaging, and Storage

Food Contact Compliance: Certified to IS 10910, IS 16738:2018, and FDA CFR 21 177.1520 (not for SUP-prohibited items). Packaging: Natural granules in 25 kg bags. Storage Guidelines: Store dry, below 50°C, away from direct sunlight and moisture to maintain material quality.
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Reliance PPCP Repol B650MN

Reliance Repol B650MN is a premium polypropylene impact copolymer (PPCP) designed for demanding injection-moulded applications where high flow, reliable impact strength, and dimensional stability are critical. Engineered with a nucleating agent, B650MN offers a unique combination of rapid mould filling, moderate toughness, and excellent surface finish, making it the material of choice for manufacturers in automotive, appliance, and houseware sectors. Its high melt flow rate-approximately 70 grams per 10 minutes at 230°C-enables the production of intricate, thin-walled parts with reduced cycle times and lower injection pressures. This grade is supplied as natural-colour, virgin granules and is fully backed by Reliance’s stringent quality and compliance protocols. At a glance, Repol B650MN delivers high-flow processing, medium impact strength, nucleation-enhanced stability, full food-contact compliance, and reliable pan-India supply.

Functional Features

Repol B650MN is cycle time optimized, enabling faster production and improved throughput on high-cavitation moulds. Its thin-wall capability makes it ideal for parts with complex geometries and long flow paths, such as appliance housings and automotive trim. The grade is regulatory ready, meeting Indian, US, and EU food-contact standards, and is supplied in consistent, traceable batches for maximum process control. Each lot is supported by technical documentation and batch-level traceability, ensuring peace of mind for OEMs and converters.

Technical Specification Highlights

With a melt flow rate of around 70 g/10 min, Repol B650MN is classified as a very high-flow PPCP. Its density is typically 0.90 g/cc, aligning with industry standards for impact copolymers. The material delivers a flexural modulus of approximately 1300 MPa, balancing stiffness with flexibility for parts that require both rigidity and some give. Notched Izod impact strength at room temperature is about 70 J/m, offering robust resistance to everyday handling and minor impacts. The grade’s heat deflection temperature, measured at 455 kPa, is around 110°C, making it suitable for components exposed to moderate heat, such as under-the-hood automotive parts and appliance interiors. Surface hardness is rated at Shore D 68, ensuring a durable finish.

Applications & Industry Use Cases

Automotive Components

Repol B650MN is widely adopted in the automotive sector for interior trims, HVAC ducts, fan shrouds, and non-structural covers. Its high-flow properties allow for the efficient moulding of large, complex parts with thin walls and intricate ribs, while its medium impact strength ensures durability in daily use. Automotive compounders also value B650MN as a base resin for producing filled and reinforced PPCP grades, especially where rapid cycle times and dimensional stability are priorities.

Appliances & Consumer Durables

In the appliance industry, B650MN is the go-to choice for manufacturing air cooler and AC grills, fan guards, washing machine and dishwasher internal components, and refrigerator interior fittings. Its chemical resistance, dimensional integrity, and smooth surface finish make it ideal for parts exposed to detergents, temperature changes, and repeated use. The grade’s nucleated structure further enhances crystallization, reducing warpage and shrinkage in finished products.

Houseware & Compounding

B650MN’s high flow makes it perfect for houseware items such as storage bins, crates, thin-wall buckets, and organizers, where complex designs and efficient production are essential. It is also extensively used by masterbatch and compound manufacturers as a base resin, thanks to its ease of dispersion and compatibility with a wide range of fillers and additives.

Compliance, Approvals, & Safety

Reliance Repol B650MN stands out for its comprehensive regulatory approvals. It is certified under IS 10910 and IS 16738:2018 for safe use in food-contact, pharmaceutical, and drinking water applications in India. The grade also conforms to US FDA 21 CFR 177.1520 and EU Regulation 10/2011, ensuring global market access for converters and OEMs. Each batch is supported by a Technical Data Sheet (TDS), Safety Data Sheet (SDS), Certificate of Analysis (COA), and regulatory compliance letters, all available on request.

Packaging, Storage & Logistics

B650MN is typically supplied in robust 25 kg polypropylene bags, shrink-wrapped on pallets for secure transportation. For best results, store the material in a dry, closed environment below 50°C and away from direct sunlight or UV exposure to prevent caking and degradation. JITSY offers fast, pan-India dispatch from strategically located warehouses in Delhi, Gujarat, Maharashtra, and Kolkata, with export-ready documentation for international buyers. Both partial truck loads and full container loads are supported, ensuring supply reliability for manufacturers of all sizes.
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Reliance PPCP Repol C015EG

Reliance Repol C015EG is a polypropylene impact copolymer (PPCP) engineered for extrusion and blow-moulding applications. Manufactured using Reliance's advanced Unipol gas-phase technology, C015EG combines high impact strength with excellent rigidity, making it the ideal workhorse grade for rigid packaging, industrial containers, thermoformed products, and automotive trims. Its 1.8 MFI and balanced stiffness-impact profile deliver consistent performance across demanding converters' production lines.

Deep Technical Insights

Repol C015EG features a heterophasic polypropylene structure—a semi-crystalline PP matrix with finely dispersed ethylene-propylene rubber phase—delivering a 5–10x impact advantage over homopolymer grades. The 1.8 MFI is optimized for extrusion and blow-moulding, enabling stable line speeds, consistent wall thickness and minimal scrap. Its 1,000 MPa flexural modulus ensures structural rigidity for stacked containers and rigid sheets, while 200 J/m Izod impact provides toughness against drops and handling stress. HDT of 95°C supports hot-fill applications and warm service conditions. Unipol technology ensures batch-to-batch consistency, predictable properties, and the ability to fine-tune the impact-stiffness balance for specific converter needs.

Applications & Industry Use Cases

Blow-Moulded Containers & Industrial Packaging: C015EG excels in detergent bottles, chemical containers, industrial drums, and rigid packaging where impact resistance and dimensional stability are critical. Its thermal performance supports hot-fill and warm storage for aggressive liquids. Extruded Sheets & Thermoformed Articles: Ideal for rigid PP sheets, trays, lids, industrial panels and thermoformed components. The balance of stiffness and impact allows converters to design lightweight yet durable products for food service, industrial storage and logistics. Corrugated Board & PP Hollow Sheets: C015EG delivers the strength needed for PP flute boards, agricultural crates and protective packaging, supporting both manual and automated handling with excellent stackability. Automotive Trims & Technical Components: Used in interior trims, protective panels and technical parts requiring impact resistance, thermal stability and consistent surface finish.

Performance Advantages of Repol C015EG PPCP

Repol C015EG stands out for its stiffness-impact balance, thermal resistance up to 95°C HDT, and exceptional processability on high-speed extrusion and blow-moulding lines. Its food-contact compliance (IS 10910, IS 16738:2018, FDA 21 CFR 177.1520) and regulatory certifications reduce buyer risk. The grade's Unipol technology pedigree ensures supply reliability and consistent quality across batches, making it a trusted choice for converters across packaging, automotive and industrial sectors.
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Reliance PPCP Repol C080MA

Reliance Repol C080MA is a polypropylene (PP) impact copolymer grade manufactured using the Unipol gas-phase process, designed for injection moulding applications where high impact strength and antistatic performance are critical. C080MA’s built-in antistatic agent reduces static charge buildup, making it ideal for dust-sensitive furniture production, industrial cleanrooms, and packaging environments. Its medium flow (MFI 9) supports the moulding of thick-walled, load-bearing furniture, multi-cavity industrial crates, and pails—delivering robust, durable, and clean-finished products for demanding OEMs and moulders in Delhi/NCR and pan-India.

Technical specifications

Physical properties (MFI, density)

  1. Melt Flow Rate: 9 g/10 min (230°C/2.16 kg) – supports medium/thick-wall parts, multi-cavity tools
  2. Density:90 g/cm³ – lightweight, standard for PP impact copolymers

Mechanical performance (impact, stiffness)

  1. Tensile Strength at Yield: 23 MPa – strong for structural furniture and crates
  2. Elongation at Yield: 7% – supports flexibility under load or impact
  3. Flexural Modulus: 1000 MPa – delivers load-bearing support for chairs/tables
  4. Notched Izod Impact (23°C): 150 J/m – high impact for drop resistance, stacking, and transport

Thermal properties & regulatory compliance

  1. Heat Deflection Temperature (66 psi / 455 kPa): 95°C – suitable for furniture and industrial products exposed to moderate heat
  2. Regulatory: IS 10910, IS 16738:2018, US FDA CFR Title 21, 177.1520

Applications & use cases

Furniture manufacturing

C080MA is the go-to PPCP for injection-moulded chairs, table legs, storage bins, and office furniture components. Its high impact strength ensures products resist drops and rough handling, while the antistatic property keeps surfaces clean during painting and assembly. The flexural modulus supports load-bearing parts, delivering durable and aesthetically pleasing consumer furniture.

Industrial products & pails

For crates, toolboxes, protective housings, and pails (5L, 20L), C080MA offers the flexural strength for stacking, the impact toughness for transport, and the antistatic benefit for dust-free storage. IS 10910 compliance makes it suitable for chemical/food pails and regulated packaging.

Processing guidelines

Recommended injection parameters

  1. Melt temperature: 190–250°C
  2. Mould temperature: 30–50°C
  3. Packing pressure: Essential for thick ribs/bosses in furniture to prevent sink marks

Antistatic processing benefits

  1. Reduces static buildup, facilitating demoulding and reducing dust attraction
  2. Improves surface quality and finish for painted or assembled parts

Troubleshooting common defects

  1. Flow marks: Increase injection speed
  2. Warpage: Use balanced cooling channels
  3. Sink marks: Increase packing pressure, especially in thick sections

Performance advantages

  1. Antistatic edge: Built-in agent prevents static-related defects and dust pickup—key for furniture and cleanroom applications
  2. High impact: 150 J/m notched Izod ensures drop/stacking resistance
  3. Balanced flow: MFI 9 enables processing of thick, structural parts without sacrificing toughness
  4. Regulatory breadth: IS 10910, IS 16738:2018, FDA compliance for food/chemical packaging and industrial use
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Reliance PPCP Repol C080MT

Reliance Repol C080MT is a polypropylene impact copolymer (PPCP) engineered for injection moulding applications that demand high impact strength, long-term heat stabilisation (LTHS), and a balanced stiffness-impact profile. Specially formulated for battery containers, under-the-hood automotive components, and industrial products, C080MT delivers robust processability and durability in harsh, heat-exposed environments. Its compliance with IS 10910 and IS 16738:2018, combined with FDA and global food/pharma standards, makes it a reliable material for OEMs and component suppliers in Delhi/NCR and across India.

Specifications

Physical Properties

  • Melt Flow Rate:5 g/10 min (230°C/2.16 kg) – medium flow for thick-section and structural parts
  • Density:90 g/cm³ – standard for PP impact copolymers

Mechanical Properties

  • Tensile Strength at Yield: 23 MPa – strong for battery and automotive applications
  • Elongation at Yield: 7% – supports flexibility under load
  • Flexural Modulus: 1000 MPa – provides structural stiffness
  • Notched Izod Impact (23°C): 150 J/m – high impact for drop resistance
  • Shore D Hardness: 68 – reliable surface durability

Thermal Properties

  • Heat Deflection Temperature (455 kPa): 95°C – enables under-hood and battery use
  • Long-term heat stabiliser: Ensures property retention in continuous heat cycles

Regulatory Compliance

  • IS 10910 & IS 16738:2018 (food/pharma/drinking water)
  • FDA 21 CFR 177.1520 and global standards

Applications

Battery containers

C080MT’s high impact strength and long-term heat stabilisation make it ideal for battery containers, providing drop resistance, dimensional stability, and retention of properties under repeated thermal cycling.

Automotive under-hood components

Optimised for engine covers, manifolds, and other under-hood parts, C080MT withstands elevated temperatures and mechanical stress, ensuring long-lasting performance and safety.

Industrial products

Suitable for crates, housings, and technical mouldings, C080MT delivers the toughness and processability needed for heavy-duty industrial environments.

Processing

  • Melt temperature: 190–250°C
  • Mould temperature: 30–50°C
  • Packing pressure: Essential for thick ribs and battery containers to avoid sink marks
  • Optimisation: LTHS stabiliser enables use in continuous heat cycles; proper cooling and packing reduce warpage and surface defects

Deep Technical Insights

  • LTHS additive: Provides resistance to property loss during long-term heat exposure, critical for under-hood and battery casing applications
  • Balanced mechanics:5 MFI supports moulding of thick, structural parts while maintaining impact performance
  • Regulatory versatility: Meets Indian and global standards for food, pharma, and drinking water, expanding application scope
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Reliance PPCP Repol C120MN

Reliance PPCP Repol C120MN is a polypropylene impact copolymer (PPCP) engineered by Reliance Industries for injection molding applications. This grade delivers high impact strength, excellent low-temperature performance, and balanced stiffness, making it ideal for demanding molded parts. Repol C120MN is trusted by injection molders, OEMs, compounders, and procurement teams in automotive, appliances, packaging, and industrial sectors seeking reliable B2B polymer supply.

Key Features & Benefits

  • High impact strength for robust parts
  • Excellent low-temperature performance
  • Balanced stiffness and flexibility
  • Smooth processability for injection molding
  • Consistent quality and batch traceability

Technical Properties & Processing

Material Properties

  • Mechanical: High impact resistance, balanced stiffness, dimensional stability
  • Thermal: Maintains properties at low temperatures; suitable for automotive and appliance use
  • Rheological: Medium MFI for efficient cycle times
  • Compliance: Meets relevant standards for automotive, appliance, and packaging applications (verify per end-use)

Recommended Processing Conditions

  • Barrel temp: 180–230°C (typical)
  • Mold temp: 30–60°C (typical)
  • Store in a dry, dust-free area below 50°C
  • Refer to datasheet for machine/part-specific settings

Typical Applications

Repol C120MN is widely used in automotive components (bumpers, trims, battery cases), appliance parts (refrigerator bins, washing machine housings), crates, containers, furniture, and general-purpose injection molded goods. Its high impact strength and processability make it a preferred choice for manufacturers targeting durability, regulatory compliance, and efficient production.
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Reliance PPCP Repol C200MN

Reliance Repol C200MN is provisionally described as a nucleated polypropylene impact copolymer (PPCP) in the 20–30 melt flow index (MFI) range, manufactured by Reliance Industries Ltd. While no official TDS or database records are available for C200MN, its product code and family suggest it is designed for injection moulding and compounding applications requiring moderate to high flow, medium impact, and dimensional stability. Like other Repol nucleated PPCP grades, C200MN would be expected to offer accelerated crystallisation, reduced cycle times, and reliable processability for converters and OEMs. For critical or regulated projects, buyers are encouraged to verify the grade or use documented alternatives such as Repol C320MN or B400MN.

Functional Features

Repol C200MN is intended for converters seeking high-flow processability, nucleated stability, and balanced mechanical performance in appliances, automotive, packaging, and compounding. Reactor-grade consistency and food-contact compliance (inferred from the Repol PPCP range) support reliable, traceable production.

Detailed Technical Specifications (Provisional, Typical for 20–30 MFI PPCP)

  • Melt Flow Index: ~20–30 g/10 min (estimated)
  • Density: ~0.90 g/cm³
  • Tensile Strength at Yield: ~22 MPa
  • Elongation at Yield: ~6%
  • Flexural Modulus: ~1100 MPa
  • Notched Izod Impact (23°C): ~70 J/m
  • Heat Deflection Temp (0.455 MPa): ~95°C
  • Vicat Softening Point (10N): ~140°C
Processing Recommendations: Barrel: 190–250°C; mould: 20–40°C. Adjust for part geometry and machine.

Applications & Industry Use Cases

Appliances & White Goods

C200MN is suited for appliance housings, AC grills, washing machine internals, and white goods components where moderate flow, dimensional stability, and impact resistance are valued.

Automotive

Automotive compounders and OEMs may use C200MN for interior/exterior trims, non-structural parts, and compounds where a balance of stiffness and impact is required.

Packaging & Thin-Wall Injection Moulding

The moderate MFI and nucleated structure are appropriate for rigid packaging, containers, and thin-wall parts, supporting reliable, high-throughput production.

Compounding

As a base resin for masterbatch and filler compounding, C200MN’s processability and reactor-grade uniformity support efficient dispersion and mechanical consistency.

Performance Advantages

Compared to non-nucleated or lower-MFI PPCP, C200MN (provisionally) offers faster cycles, lower warpage, and good thin-wall filling. Its technical profile is competitive with Repol B220MN (22 MFI), C320MN (32 MFI), and B400MN (38 MFI) for appliance, automotive, and compounding uses.

Compliance, Packaging & Storage

Food Contact Compliance: Assumed, but documentation should be requested for regulated uses. Packaging: Natural granules in 25 kg bags. Storage Guidelines: Store dry, below 50°C, away from sunlight and moisture.
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Reliance PPCP Repol C320MN

Reliance Repol C320MN is a nucleated polypropylene impact copolymer (PPCP) engineered for high-flow, medium-impact injection moulding applications. Produced using advanced Unipol PP technology, C320MN combines a melt flow index of 32 g/10 min with balanced stiffness and impact, making it ideal for thin-walled, grilled, and complex moulded part. The nucleating agent enhances crystallisation and dimensional stability, resulting in faster cycle times, reduced warpage, and reliable part quality. Supplied as natural granules in 25 kg bags, C320MN is fully compliant with IS 10910 for food, pharma, and drinking water contact, as well as IS 16738:2018 and FDA CFR 21 177.1520.

Functional Features

Repol C320MN stands out for its high-flow processability, nucleated structure, and robust mechanical properties. The grade’s medium impact and flexural modulus support structural integrity in appliance, automotive, and compounding applications. Its nucleation technology ensures shorter cycles and improved dimensional accuracy, while food-contact compliance expands its use in regulated markets.

Detailed Technical Specifications (Typical Values)

  • Melt Flow Rate: 32 g/10 min (ASTM D1238, 230°C/2.16 kg)
  • Density:90 g/cc (ASTM D792)
  • Tensile Strength at Yield: 20 MPa (ASTM D638, 50 mm/min)
  • Elongation at Yield: 5% (ASTM D638)
  • Flexural Modulus: 1150 MPa (ASTM D790A)
  • Notched Izod Impact (23°C): 150 J/m (ASTM D256)
  • Heat Deflection Temp (455 kPa): 92°C (ASTM D648)
  • Hardness: Shore D 68 (ASTM D2240)
Processing Guidelines: Recommended melt temperature: 210–260°C; mould: 20–60°C. Adjust parameters for part geometry and machine capability.

Applications and Industry Use Cases

Appliances

Repol C320MN is widely used for appliance parts such as washer covers, AC grills, and internal brackets, where high flow and nucleated stability enable precise, defect-free moulding of thin-walled and grilled components. Its medium impact and thermal stability support everyday use and moderate heat exposure.

Automotive

Automotive compounders and OEMs use C320MN for interior components, compounds, and non-structural parts requiring a balance of stiffness and impact. The grade’s processability supports complex designs and efficient mass production.

Grilled/Thin-Walled Products

The high flow and nucleation of C320MN make it ideal for fan guards, vents, and thin-walled housings, where rapid mould filling and low warpage are critical for performance and assembly.

Compounding

C320MN is an excellent base resin for masterbatch and mineral-filled PPCP compounds, supporting dispersion and batch consistency in colour and performance.

Performance Advantages

Compared to non-nucleated or lower-MFI PPCP grades, Repol C320MN offers faster cycle times, better dimensional control, and superior thin-wall filling. Its nucleation technology minimizes warpage and shrinkage, making it a preferred choice for complex, high-output moulding environments. C320MN is competitive with HMEL CM40NR (40 MFI) and IOCL 3650MN (65 MFI) in applications where flow and dimensional stability are prioritized over extreme impact.
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Reliance PPCP Repol D120MA

Reliance Repol D120MA is a polypropylene impact copolymer (PPCP) grade developed for injection moulding applications where high impact strength and antistatic performance are critical. Engineered with a built-in antistatic agent, D120MA reduces static charge buildup, making it ideal for automotive interiors, luggage shells, industrial housings, and compounding bases where dust, lint, or static-related defects must be minimized. Its medium-high flow (MFI 12) enables reliable moulding of complex, medium/thick-wall parts without sacrificing toughness—delivering robust, durable products for demanding environments.

Technical specifications

Physical properties (MFI, density)

  • Melt Flow Rate: 12 g/10 min (230°C/2.16 kg) – supports good flow for complex shapes while retaining impact strength
  • Density:90 g/cm³ – standard for PP impact copolymers

Mechanical performance (impact, stiffness)

  • Tensile Strength at Yield: 19 MPa – delivers strength for structural and load-bearing parts
  • Elongation at Yield: 10% – supports flexibility under load
  • Flexural Modulus: 900 MPa – medium stiffness for automotive and luggage applications
  • Notched Izod Impact (23°C): 550 J/m – outstanding toughness for drop and impact resistance
  • Shore D Hardness: 66 – reliable rigidity and surface durability

Thermal & regulatory compliance

  • Heat Deflection Temperature: 90°C (455 kPa) – suitable for automotive interiors and consumer goods
  • Compliance: IS 10910:1984, IS 16738:2018 (food/pharma/drinking water contact); FDA 21 CFR 177.1520; EU 10/2011; BfR VII; Swiss SR 817.023.21; MERCOSUR GMC 56/92

Applications & use cases

Automotive components

D120MA is engineered for automotive bumpers, interior trims, battery boxes, and underbody shields. Its high notched impact strength (550 J/m) ensures drop resistance and durability, while the antistatic agent minimizes dust attraction and static-related defects—critical for painted or electroplated parts and assembly environments.

Luggage shells

For hard-shell suitcases, trolley frames, and travel goods, D120MA’s toughness delivers long-lasting, crack-resistant products that withstand rough handling. The antistatic property keeps luggage surfaces cleaner and reduces lint pickup during storage and transport.

Compounding base resin

D120MA is an ideal matrix for talc- or glass-filled automotive compounds, TPE blends, and weatherable formulations. Its antistatic feature reduces dust during handling and processing, and its high impact strength survives compounding shear, supporting demanding technical applications.

Processing guidelines

  • Melt temperature: 200–260°C
  • Mould temperature: 15–50°C
  • Injection speed: High speeds leverage antistatic flow; ensure proper packing to avoid sink marks in ribs and bosses
  • Antistatic benefit: Reduces mould release issues and static-related defects in cleanroom or dust-sensitive production
  • Troubleshooting:
    • Flow marks: Increase injection speed
    • Warpage: Use balanced cooling
    • Short shots: Optimise gate size and melt temperature

Performance advantages

  • Antistatic edge: Built-in antistatic agent reduces static charge, dust pickup, and static-related defects—outperforming standard PPCP grades in automotive, luggage, and industrial settings.
  • Superior impact: 550 J/m notched Izod impact provides drop and crack resistance in demanding applications.
  • Balanced flow: MFI 12 delivers processability for medium/thick-wall parts, unlike ultra-high MFI grades that may lose toughness.
  • Regulatory breadth: Complies with major global and Indian food, pharma, and consumer goods standards.
  • Versatile compounding: Excellent base for filled and blended technical compounds.
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