Products

IOCL PP Propel 1350YH is a prime, virgin polypropylene homopolymer resin belonging to the specialized PROPEL petrochemical portfolio by Indian Oil Corporation Ltd. Synthesized via state-of-the-art Spheripol II technology, this natural-colored material features a highly controlled isotactic molecular structure. This crystalline design ensures predictable cooling rates, high thermal stability, and exceptional uniformity during rapid melt-spinning processes. Technical directors and nonwoven manufacturing plant managers select this grade primarily for its high melt flow rate and excellent processability. The formulation includes an integrated, optimum process stabilizer package designed to protect the polymer matrix from thermal degradation under extreme shear forces. This stabilizer configuration minimizes filament breaks, prevents die lip buildup, and ensures uninterrupted operation on modern, high-speed fiber lines.

Technical Specifications of 1350YH

Resin and Rheological Properties

• Melt Flow Index (MFI): 35.0 g/10 min (Tested via ASTM D1238 under 230°C and 2.16 kg conditions). A 35 MFI indicates a low melt viscosity, allowing the molten polymer to distribute evenly through dense spinneret holes without creating excessive backpressure in the extruder barrel.
• Density: Unverified for this specific grade in current documentation; standard homopolymers typically mirror 0.90 g/cm³ when measured using official ASTM D1505 protocols.

Mechanical and Impact Properties

• Tensile Strength at Yield: 36.0 MPa (Tested via ASTM D638 at a crosshead speed of 50 mm/min). This high yield rating provides the necessary mechanical strength to withstand intense high-velocity air attenuation or mechanical drawing forces without snapping.
• Elongation at Yield: 11.0% (Tested via ASTM D638 at 50 mm/min). This performance value indicates an optimal structural balance, allowing the polymer to stretch uniformly into fine denier filaments while maintaining mechanical toughness.
• Flexural Modulus: 1200 MPa (Tested via ASTM D790 at 1.3 mm/min). This tailored stiffness ensures that the converted nonwoven webs possess ideal fabric hand, structural drape, and resistance to deformation.
• Notched Izod Impact Strength: 20 J/m (Tested via ASTM D256 at 23°C). This value guarantees that the extruded filaments retain sufficient baseline toughness to resist micro-cracking during subsequent mechanical bonding or web-slitting operations.

Thermal and Processing Properties

• Heat Deflection Temperature (HDT): 85°C (Tested via ASTM D648 at 0.46 N/mm²). This thermal property ensures that the spun filaments resist structural distortion or premature softening under the heat generated during rapid commercial downstream processing.
• Vicat Softening Point: 150°C (Tested via ASTM D1525 under a 10 N load). A high softening point allows the finished nonwoven fabrics or multifilament yarns to safely undergo hot calender bonding or thermal lamination cycles.

Applications and Use Cases

Spunbond Nonwoven Fabric Production

This material is engineered for high-throughput spunbond nonwoven manufacturing lines. The combination of a high 35 MFI and an optimum process stabilizer package allows for smooth, continuous extrusion through multi-hole spinneret dies to form uniform filament webs. This process yields reliable high-coverage nonwoven fabrics, which are heavily used in the hygiene, medical, and agricultural sectors for products like face masks, protective surgical gowns, and crop covers.

Fine Denier Multifilament Yarn Spinning

Textile manufacturers specify this homopolymer for the high-speed spinning of fine denier multifilament yarns. The low melt viscosity under high shear prevents polymer pulsing at the die exit, allowing air attenuation systems to draw the molten streams into ultra-fine filaments. These high-strength yarns are subsequently knitted or woven into specialized industrial sewing threads, technical narrow fabrics, and upholstery textiles.

Processing and Handling Guidelines

Stated Processing Temperature Windows

The manufacturer-stated processing temperature window for this grade is between 170°C and 230°C. Operating within this thermal profile ensures proper polymer melting and consistent viscosity, allowing high-speed lines to run smoothly while protecting the stabilized homopolymer from localized thermal oxidation.

Storage and Handling

This material is packed and distributed in raffia bags with a strict net content of 25.0 kg only. To maintain the initial property profile of the resin, store the bags indoors within a dry, dust-free warehouse sheltered from direct heat and sunlight. Ambient storage temperatures must not exceed 50°C, and conversion teams should process the granules within 6 months of delivery to prevent surface aging or additive migration.

Compliance, Safety, and Regulatory Information

The chemical formulation of this homopolymer resin is engineered to align with strict non-toxic safety parameters for food-contact and personal hygiene products. It complies with Indian Standards IS 10910 and IS 10909, alongside international guidelines outlined under US FDA CFR Title 21 177.1520, making it fully certified for direct-contact consumer articles, medical apparel, and sanitary single-use fabrics.

Comparable Grades in India

• IOCL 1350YG: An adjacent high-flow fiber and nonwoven grade. It targets a highly similar application profile, though conversion teams must verify localized datasheet differences as manufacturer equivalence is not officially confirmed.
• IOCL 1200YG: A dedicated homopolymer grade for multifilament yarn spinning. It features a lower melt flow design, making it better suited for heavier denier industrial yarns than ultra-lightweight spunbond webs.
• IOCL 1030RG: A structural raffia-grade resin. Formulated for flat tape extrusion and mechanical weaving, it lacks the high flow and stabilizer profile required for multi-hole fiber spinnerets.
• Alternative Domestic Suppliers: Other domestic polyolefin producers offer alternative 35 MFI homopolymers for nonwovens. While these substitutes target similar parameters, melt drawability and thermal calender settings must be evaluated before switching primary bulk feeds.

Common Search Variants and Frequent Misspellings

Industrial buyers search for this resin using terms like PP H P1350YH, PP fiber P1350YH, P1350YH PP, and P1350 YH PP granules. Common typographical errors found in digital inventory logs include 1350yh, 1350-yh, p1350yh, and pp 1350y h.

IOCL PP Propel P1030FG is a virgin, natural-colored polypropylene homopolymer resin from Indian Oil Corporation Ltd's premium PROPEL line. It is polymerized using advanced Spheripol II technology, ensuring excellent structural consistency and a uniform molecular weight distribution. This highly stable structure helps film converters achieve predictable flow dynamics and uniform melt thickness during long-run production campaigns. Film manufacturers select this specific grade to maintain high operational yield on high-speed biaxially oriented polypropylene (BOPP) extrusion lines. It is engineered to withstand extreme mechanical stretching in both machine and transverse directions without structural tearing. The polymer formulation delivers high optical clarity, superior surface gloss, and an optimal balance of structural stiffness and puncture resistance required for industrial consumer packaging.

Technical Specifications of P1030FG

Resin and Melt Flow Characteristics

• Melt Flow Index (MFI): 3.0 g/10 min (ASTM D1238, 230°C / 2.16 kg). A 3.0 MFI provides the high melt strength needed for uniform bubble or cast-sheet formation. It ensures that the molten polymer web does not sag or split during the initial extrusion phase before it enters the orientation ovens.
• Density: Unverified for this specific grade in standard technical summaries, though typical polypropylene homopolymer baselines fall near 0.90 g/cm³ via ASTM D1505.

Mechanical and Impact Properties

• Tensile Strength at Yield: 36.0 MPa (ASTM D638, 50 mm/min). This rating ensures the finished film can handle high pulling tension on automated form-fill-seal (FFS) packaging machines without stretching out of shape or breaking.
• Flexural Modulus: 1400 MPa (ASTM D790, 1.3 mm/min). This level of stiffness gives thin films a premium, crinkly feel and good structural body, which prevents the film from jamming inside automated feeding systems.
• Elongation at Yield: 11% (ASTM D638, 50 mm/min). This balanced elastic threshold allows the oriented film to absorb sudden mechanical stress during shipping and handling without fracturing.
• Notched Izod Impact Strength: 32 J/m (ASTM D256, 23°C). This impact rating gives the thin polymer layer excellent puncture resistance, preventing sharp box corners or stiff contents from piercing the film wrap.

Thermal Properties

• Heat Deflection Temperature (HDT): 93°C (ASTM D648, 0.46 N/mm²). This thermal threshold keeps the film stable and flat when exposed to high temperatures in shipping containers or warehouses.
• Vicat Softening Point: 155°C (ASTM D1525, 10 N). This high softening point provides a wide thermal processing window, allowing downstream metallization or hot-knife sealing lines to run smoothly without melting the film base prematurely.

Applications and Use Cases

General-Purpose and Co-Extruded BOPP Films

This grade serves as the core layer for multi-layer co-extruded films used to wrap consumer items like textiles and adhesive tapes. Its low water carry-over feature is vital on high-speed cast lines, preventing water droplets from escaping the cooling bath. This prevents optical flaws, pinholes, or surface haze from marring the clear wrap.

Metallisable Film for Food and Biscuit Packaging

Converters rely on this resin to produce premium metallisable BOPP films for snacks, biscuits, and confectionery. The clean, additive-optimized homopolymer surface allows aluminum vapor layers to bond perfectly during vacuum metallization. This creates an excellent barrier against moisture and oxygen, keeping food fresh while maintaining a bright, reflective finish.

Protective Overwraps and Cigarette Packaging

The polymer is widely used for clear overwraps on cigarette boxes, media cases, and luxury retail cartons. Thanks to its excellent clarity and gloss, the film acts as an invisible shield that enhances the printed graphics beneath it. Its high flexural stiffness also ensures tight, crisp fold lines during high-speed overwrapping operations.

Processing and Handling Guidelines

Stated Processing Temperature Windows

The recommended processing temperature window for P1030FG ranges from 220°C to 280°C. This broad thermal window allows operators to fine-tune the melt viscosity across the extruder zones, ensuring a smooth, defect-free melt skin on the die lips and stable film orientation.

Storage and Handling

The raw granules are delivered in standard 25.0 kg bags. To prevent premature thermal aging or moisture buildup, store the material indoors in a clean, dust-free warehouse below 50°C. Keep the pallets away from direct sunlight, and process the resin within 6 months of delivery to ensure optimal film clarity.

Compliance, Safety, and Regulatory Information

The material composition meets the strict food-grade plastic requirements set by Indian Standards IS 10910 and IS 10909. It also complies with international food-safety criteria under US FDA CFR Title 21 177.1520. This allows film manufacturers to safely use this resin for direct-contact food packaging, dry snack wraps, and consumer goods.

Comparable Grades in India

• IOCL 1100FS: A film-grade variant designed primarily for tubular quenched polypropylene (TQPP) film lines. It contains a unique blend of slip and anti-block additives, making it less suitable for the high stretching forces used on tenter-frame BOPP lines.
• IOCL 1350EG: A specialized lamination and extrusion coating grade. It features a much higher melt flow rate to ensure thin coating layers, making it completely incompatible with high-speed standalone film extrusion.
• IOCL 1030RG: A dedicated raffia grade. While it shares a similar low-MFI homopolymer chemistry, it is tailored for drawing flat, heavy-duty structural tapes for woven sacks rather than high-clarity packaging films.
• Alternative Indian Suppliers: Other domestic petrochemical manufacturers offer alternative 3.0 MFI BOPP film resins. While these options serve the same general applications, operators should re-verify the optical clarity and skin-layer compatibility before changing materials.

Common Search Variants

Sourcing professionals often search for this grade using designations like PP H P1030FG, PP film 1030FG, 1030FG PP, and 1030 FG PP. Frequent typographical misspellings found in procurement systems include 1030fg, 1030-fg, p1030fg, and pp 1030f g.

IOCL PP Propel P1030TC is a virgin polypropylene homopolymer resin from Indian Oil Corporation Ltd’s PROPEL petrochemical line. Produced using advanced Spheripol II technology, this natural-colored material possesses a clean molecular design with high isotacticity. This specialized polymer structure yields high crystallinity, providing the extruded plastic sheets with predictable cooling patterns, reliable geometric uniformity, and exceptional structural stability during subsequent reheating and negative-pressure forming steps. Technical engineers and food packaging converters select this grade due to its excellent melt strength and high structural rigidity. The chemical formulation contains a processing package specifically balanced to mitigate sag when plastic sheets are suspended in thermoforming heating ovens. This specific property helps operators minimize wall thinning and avoid web tears, making it possible to achieve uniform material distribution even across complex, deep-draw mold cavities.

Technical Specifications of P1030TC

Resin and Rheological Properties

• Melt Flow Index (MFI): Unverified for this specific grade in early documentation; typical thermoforming variations operate at a lower flow scale to maintain sufficient melt strength during sheet hanging.
• Density: Unverified for this specific grade in current documentation; standard homopolymer variations generally mirror 0.90 g/cm³ when measured using official ASTM D1505 protocols.

Mechanical and Impact Properties

• Flexural Modulus: 1600 MPa (Tested via ASTM D790 at 1.3 mm/min). This high stiffness value indicates excellent resistance to bending forces under mechanical load. It allows thin-walled thermoformed trays and container lids to resist buckling, deformities, or collapsing during automated high-stack storage.
• Notched Izod Impact Strength: 45 J/m (Tested via ASTM D256 at 23°C). This impact rating ensures that the final rigid packaging retains an ideal balance of toughness. This level of impact resistance prevents the plastic from micro-cracking or fracturing along sharp corners during high-speed die-cutting, trimming, and subsequent commercial transit.
• Tensile Parameters: Unverified for this specific grade in current provisional documentation.

Thermal and Processing Properties

• Thermal Deflection Values: Unverified for this specific grade in current provisional documentation.
• Stated Processing Temperatures: Unverified for this specific grade; standard homopolymer configurations typically run on processing profiles between 190°C and 240°C depending on sheet extrusion line configurations.

Applications and Use Cases

Sheet Extrusion and Rigid Thermoformed Packaging

This material is specifically designed for high-capacity sheet extrusion lines that feed directly or indirectly into thermoforming units. Its optimal melt stability ensures an exceptionally flat, low-stress plastic sheet matrix with minimal gauge variation across the die width. The resulting extruded sheets provide a reliable foundation for producing rigid food packaging, shallow takeaway trays, and display containers that require consistent wall thicknesses.

Formed Consumer Trays and Container Lids

Industrial packaging plants specify this polymer to form high-volume consumer trays, lids, and structural blister packs. The material's mechanical balance of 1600 MPa flexural modulus allows for thin-gauge down-gauging without sacrificing the ultimate load-bearing capability of the finished lid or tray. This feature yields crisp, high-definition contours along corners, which ensures secure lid-snapping mechanisms and clean flange trimming during automated packing runs.

Processing and Handling Guidelines

Sheet Extrusion and Forming Parameters

While precise temperature profiles remain unverified until the final technical datasheet is released, industrial processing parameters for thermoforming-grade homopolymers require strict barrel heat management. Maintaining steady melt pressures prevents localized overheating and eliminates micro-voids, ensuring the raw extruded sheet maintains structural integrity before entering the forming tool.

Storage and Handling

The packaging configuration for this grade is currently unverified in provisional data sheets, though standard primary resins ship in industrial bags. To preserve the properties of the raw polymer, store the lot indoors within a dry, dust-free warehouse away from direct sunlight, moisture, and high heat. Keep temperatures below 50°C and process the inventory within the standard window to avoid surface oxidation.

Food-Contact Compliance and Standards

The core formulation of this homopolymer resin is engineered to meet the strict non-toxic material regulations required for commercial food containment. It aligns with Indian Standards IS 10910 and IS 10909, along with international guidelines set under US FDA CFR Title 21 177.1520, verifying its safety for single-use containers, produce trays, and direct-contact dairy packaging.

Comparable Grades in India

• IOCL 1060MG: A general-purpose injection and extrusion grade. It lacks the specific melt strength and low-sag attributes required for large-scale thermoforming sheet suspension.
• IOCL 1110MG / 1110MAS: High-flow injection moulding grades. These are non-equivalent due to their high flow rates, which cause sheets to sag and tear if used on standard thermoforming equipment.
• IOCL 1030FG: A specialized BOPP film-grade resin. It is engineered for biaxial film stretching and is entirely unsuitable for thick sheet extrusion or rigid tray forming.
• Alternative Domestic Suppliers: Other domestic polyolefin manufacturers offer alternative thermoforming-grade homopolymers. While these alternatives target similar specifications, conversion parameters and trimming behaviors must be validated on-site before changing bulk resin feeds.

Common Search Variants and Frequent Misspellings

Industrial sourcing teams search for this product using phrases such as PP H P1030TC, PP thermoforming P1030TC, P1030TC PP, and P1030 TC PP granules. Common typographical mistakes in supply logs include 1030tc, 1030-tc, p1030tc, and pp 1030t c.

IOCL PP Propel P1045RG is a natural-colored polypropylene homopolymer raffia grade developed by Indian Oil Corporation Limited under the PROPEL brand for woven sack fabrics, geotextiles, carpet packing, leno bags, and related raffia extrusion applications. Produced using Spheripol II technology, this grade is designed for processors who need excellent processability, low water carry-over, and a dependable balance of tenacity and elongation for tape extrusion and woven fabric conversion. For buyers searching for IOCL Propel P1045RG, P1045RG raffia grade, polypropylene homopolymer for geotextiles, or PP raffia grade for woven sacks in India, this grade is a strong application-specific option. IndianOil is one of India’s leading petrochemical producers, and the PROPEL polypropylene portfolio is widely recognized across raffia, film, and moulding segments. Within that portfolio, P1045RG is positioned as a raffia and woven fabric grade rather than a film or injection moulding resin. That distinction is commercially important because woven sack manufacturers, geotextile processors, and leno bag producers need a PP homopolymer grade that supports stable tape extrusion, consistent orientation, and reliable fabric performance in demanding packaging and technical textile applications.

Technical Insights and Material Performance

IOCL PP Propel P1045RG has a melt flow index of 4.5 g/10 min at 230°C/2.16 kg, making it a higher-flow raffia grade compared with lower-MFI alternatives in the same family. This flow profile supports easier extrusion and smooth processability on raffia lines while still maintaining the mechanical balance needed for stretched tape and woven fabric production. For processors, this can be especially useful where line efficiency and stable tape formation are key selection criteria. Typical mechanical values include tensile strength at yield of 35 MPa, elongation at yield of 10 percent, flexural modulus of 1500 MPa, and notched Izod impact strength of 30 J/m at 23°C. These values indicate a good balance of stiffness, strength, and toughness for woven applications. The flexural modulus supports fabric rigidity and structural performance, while the tensile and elongation profile helps maintain workable tape behavior during stretching, weaving, and end use. The most commercially important technical strengths of P1045RG are its excellent processability, low water carry-over, and good tenacity-to-elongation balance. In raffia conversion, these are critical performance factors. Good processability helps processors run tape lines more smoothly. Low water carry-over supports more consistent tape quality and fewer moisture-related variations. A balanced tenacity and elongation profile helps woven sacks, geotextiles, and leno structures perform reliably without becoming too brittle or too soft. The recommended processing temperature range of 170°C to 230°C further supports its positioning as a practical raffia extrusion grade. This range makes it suitable for processors looking for a PP homopolymer that can run efficiently across woven sack and technical textile applications while maintaining stable conversion performance.

Applications and Industry Use Cases

Woven Sacks for General Packaging

IOCL PP Propel P1045RG is highly suitable for woven sacks used in general packaging applications where processors need stable tape extrusion and dependable woven fabric quality. Its balance of processability and mechanical performance makes it a practical raw material for manufacturers producing sacks for routine industrial and commercial packaging.

Geotextiles and Technical Woven Fabrics

One of the most important differentiators of P1045RG is its relevance for geotextiles. These applications require woven structures with reliable strength, dimensional stability, and processing consistency. The grade’s raffia-oriented design and balanced stiffness make it suitable for technical textile applications where performance during weaving and end use both matter.

Leno Bags for Agricultural and Produce Packaging

P1045RG is also well positioned for leno bags used in agricultural and produce packaging. In these applications, processors need a raffia grade that can support tape extrusion and woven mesh-like structures with consistent quality. The grade’s processability and woven fabric suitability make it a strong option for leno bag manufacturing.

Carpet Packing and Industrial Fabric Packaging

The grade is relevant for carpet packing and other industrial woven packaging formats where durable raffia fabric is required. These applications benefit from the grade’s stiffness, tape-line compatibility, and woven sack orientation, helping manufacturers produce packaging that performs reliably during storage and transport.

Food Grain, Cement and Bulk Packaging

P1045RG also fits food grain bags, cement sacks, and other bulk packaging applications where woven fabric strength and process consistency are essential. Its compliance positioning adds value in food-related packaging, while its raffia performance profile supports industrial sack production for demanding handling conditions.

Performance Advantages

The biggest advantage of P1045RG is that it is purpose-positioned for raffia extrusion and woven applications rather than being treated as a general PP homopolymer. This gives processors more confidence when selecting a grade for woven sacks, geotextiles, and leno bags where tape behavior and fabric performance are critical. Its higher flow profile compared with lower-MFI raffia grades can support easier extrusion and efficient line operation. For processors aiming for smooth throughput and stable conversion, this can be a practical advantage, especially in applications where consistent tape formation is essential. Low water carry-over is another important benefit. In raffia and woven fabric production, moisture-related inconsistency can affect tape quality and process stability. A grade positioned for low water carry-over helps support more predictable output and cleaner conversion performance.

Comparable Alternatives

Within the IOCL PROPEL portfolio, P1045RG is best understood as a raffia grade with a somewhat higher flow profile than P1030RG. While both are designed for woven sack and tape applications, P1030RG is the lower-flow option and may be preferred where processors want a different draw-down and tape behavior balance. P1045RG, on the other hand, is better suited where easier extrusion and broader woven application flexibility are priorities, especially in geotextiles and leno bags. Compared with film-grade materials such as P1030FG, P1045RG belongs to a completely different application family. Film grades are intended for BOPP and packaging film lines, while P1045RG is designed for raffia extrusion and woven structures. This distinction matters because buyers sometimes compare grades by number pattern, but the suffix and intended conversion route determine the actual suitability. Against competing raffia grades from Reliance, HMEL, and OPaL, IOCL PP Propel P1045RG competes on domestic availability, woven sack relevance, geotextile suitability, compliance positioning, and process stability. For Indian converters producing woven sacks, technical fabrics, and leno bags, P1045RG is particularly attractive when the requirement is a higher-flow raffia homopolymer with broad woven application fit.

What is IOCL PP Propel P1100FS?

IOCL PP Propel P1100FS is a natural-coloured polypropylene homopolymer film grade manufactured by Indian Oil Corporation Ltd (IOCL) using Spheripol II Technology at its Paradip plant. It belongs to IOCL’s PROPEL range and is designed specifically for Tubular Water Quench Polypropylene — commonly known as TQPP — film extrusion, one of the primary processes used to produce flexible PP packaging films. P1100FS is not a general-purpose moulding grade. It is purpose-built for film extrusion and differentiated from standard homopolymer grades by three key additive and optical attributes: built-in slip and antiblock additives, and a positioning on excellent gloss and clarity. These characteristics address the specific handling, converting, and appearance requirements of packaging film applications — areas where standard moulding-grade PP would be inadequate. The grade is used by film producers supplying packaging for food, garments, textiles, and bakery products. Its combination of high flow, good optical quality, and functional additives makes it a practical choice for film lines targeting the flexible packaging market. P1100FS is supplied as prime, virgin granules in natural colour — not compounded or recycled.

Technical Insights

Chemistry, Polymer Family, and Additive System

P1100FS is a polypropylene homopolymer — built entirely from propylene monomers without ethylene co-monomer addition. The homopolymer base delivers the stiffness, clarity, and processing consistency that packaging film extrusion requires. What separates P1100FS from standard PROPEL homopolymer grades is its functional additive package. The grade contains slip and antiblock additives incorporated at the resin manufacturing stage — not added downstream. Slip additives reduce the coefficient of friction on the film surface, which is critical for high-speed converting lines where film must travel smoothly across rollers and through packaging equipment without sticking or jamming. Antiblock additives prevent adjacent layers of film from adhering together during winding, storage, and unwinding, ensuring clean separation in commercial use. Together, these additives significantly improve film runnability and downstream handling without requiring the film converter to source and compound them separately. The grade is also positioned by IOCL on excellent gloss and clarity — the optical attributes buyers in food packaging, garment, and retail overwrap markets require for product visibility.

Property Breakdown

Melt Flow Index (MFI): 11 g/10 min (ASTM D1238, 230°C / 2.16 kg) An MFI of 11 provides good melt flow for tubular film extrusion. It supports consistent bubble formation and stable throughput on TQPP film lines, with sufficient melt strength to maintain bubble integrity during the water quench process. Lower MFI grades may struggle with consistent bubble stability in TQPP lines, while excessively high flow can reduce melt strength and cause bubble instability. Tensile Strength at Yield: 35 MPa (ASTM D638, 50 mm/min) This tensile value reflects the resin’s mechanical character as a film-forming material. In the final film, tensile performance is influenced by extrusion conditions and the degree of molecular orientation achieved during the process. The resin’s 35 MPa yield value provides a baseline of structural integrity appropriate for packaging film applications. Elongation at Yield: 10% (ASTM D638, 50 mm/min) At 10% elongation, P1100FS is moderately stiff in the resin form. The film’s final elongation characteristics will be influenced by processing conditions, but the resin’s homopolymer structure delivers a degree of rigidity that supports crisp, stable film rather than a limp or elastic product. Flexural Modulus: 1500 MPa (ASTM D790, 1.3 mm/min) Consistent with a high-stiffness PP homopolymer film grade. A flexural modulus of 1500 MPa supports the dimensional stability and crinkle resistance expected in packaging films used for bakery, garment, and textile overwrap applications. Notched Izod Impact Strength: 21 J/m (ASTM D256, 23°C) Lower than impact copolymers, as expected for a PP homopolymer. In film applications, the primary requirements are optical quality, processing behaviour, and surface properties rather than impact resistance. The 21 J/m value is consistent with a grade optimised for film performance rather than structural impact toughness. Heat Deflection Temperature (HDT): 100°C (ASTM D648, 0.46 N/mm²) An HDT of 100°C is higher than most standard PROPEL moulding grades at 94°C, which is relevant for films that may encounter moderate heat in food processing environments, hot-fill packaging, or storage in warm conditions. Vicat Softening Point: 151°C (ASTM D1525, 10 N) Indicates the temperature threshold at which the resin softens under a defined load — relevant for understanding heat seal compatibility and high-temperature processing limits in converting operations. Processing Temperature Range: 170–220°CThe upper limit of 220°C is narrower than the 230°C ceiling on PROPEL moulding grades. This is typical for film-grade PP, where controlled melt temperature supports consistent bubble quality and prevents thermal degradation of the slip and antiblock additives during extrusion. Density: Not confirmed in available sources. Buyers requiring the density value should request the official IOCL technical datasheet. Packaging: 25 kg raffia bags only. Shelf Life and Storage: Store below 50°C, away from direct sunlight and heat, in a dry, dust-free environment. Process within 6 months of delivery. Heat and UV exposure before processing can degrade the resin, affect additive performance, and reduce film optical quality. All values above are manufacturer-stated typical values, not specification limits.

Applications and Use Cases

Food Packaging Films

P1100FS is specifically positioned for food packaging film production. Its excellent gloss and clarity allow the packaged product to remain fully visible through the film — a commercial requirement in snack, bakery, and fresh food categories where retail shelf appeal drives purchase decisions. The built-in slip and antiblock additives enable the film to run cleanly through high-speed form-fill-seal and flow-wrap packaging lines. For snack manufacturers, bakeries, and food processors sourcing TQPP film, a grade like P1100FS that combines optical quality with functional additives in a single resin simplifies film converter procurement.

Garment Bags and Retail Packaging

Garment bag film requires clarity for product display, adequate stiffness to maintain shape, and smooth surface properties for clean sealing and easy opening. P1100FS’s homopolymer clarity, flexural modulus of 1500 MPa, and slip-enhanced surface make it appropriate for garment bag film extrusion. Clothing manufacturers, laundries, and textile distributors using PP film for garment protection and retail presentation are the primary buyers of film converted from grades like P1100FS.

Textile Overwrap

In textile overwrap applications — packaging rolls of fabric, bundles of yarn, or finished goods in retail-ready PP film — the requirements are similar to garment bags: clarity, stiffness, and smooth handling in automated packaging lines. The antiblock additive in P1100FS prevents film layers from sticking during winding and storage, which is essential when film is produced and stored in roll form before conversion and use.

Snack and Bakery Packaging Films

The snack and bakery segment is one of the highest-volume end markets for TQPP film. These applications demand consistent film gauge, good heat sealability at the film converter level, and attractive packaging appearance. P1100FS’s high-flow resin character supports consistent film extrusion at commercial throughput rates, while its optical properties maintain the clarity expected in snack and bakery retail packaging formats.

Comparable Grades in India

IOCL 1030FG (Not Equivalent — BOPP Film Grade)

1030FG is a PP homopolymer film grade from IOCL, but it is positioned for BOPP (Biaxially Oriented Polypropylene) film rather than TQPP film. BOPP and TQPP are fundamentally different extrusion processes — BOPP requires biaxial stretching of the film after extrusion, which demands different resin morphology, molecular weight distribution, and additive requirements. A BOPP-targeted grade like 1030FG is not a direct substitute for a TQPP-targeted grade like P1100FS. Using a BOPP grade on a TQPP line, or vice versa, requires full revalidation of the film extrusion process.

IOCL Moulding Grades (1030MG, 1060MG, 1110MG — Not Equivalent)

PROPEL moulding grades such as 1030MG, 1060MG, and 1110MG do not contain slip and antiblock additives and are not designed for film extrusion. Using a moulding-grade PP on a film extrusion line produces film with poor surface handling characteristics — high blocking tendency, high friction, and inadequate optical quality for packaging applications. P1100FS is the appropriate grade when film extrusion is the process.

Other PP Homopolymer TQPP Film Grades from Indian Suppliers

Other domestic PP producers supply homopolymer film grades designed for TQPP film extrusion with slip and antiblock additives. These may be functionally comparable for food, garment, and textile film applications. However, confirmed technical equivalence with P1100FS has not been established, and additive content, MFI, and optical property differences should be assessed through direct TDS comparison and film trials before substitution.

Common Search Variants

This product is also searched as: PP H 1100FS, TQPP film PP grade, P1100FS IOCL, 1100FS PP granules, PROPEL 1100FS, Indian Oil PP film grade, PP homopolymer for food packaging film, slip antiblock PP resin, and common misspellings including 1100fs, 1100-fs, p1100fs, 1100 FS, pp 1100 f s, and iocl 1100 fs.

IOCL PP Propel P1110MAS is a prime, virgin polypropylene homopolymer resin supplied by Indian Oil Corporation Ltd. It is a natural-coloured polymer manufactured utilizing the advanced Spheripol II technology platform. This production process ensures an ultra-pure resin structure with highly consistent batch-to-batch physical properties. Plastic injection molders and product design engineers select this specific grade to achieve an optimal blend of rapid mold filling, high structural stiffness, and premium aesthetics. Its specialized formulation includes a built-in antistatic agent that actively reduces static charge build-up on finished surfaces. This prevents ambient dust attraction during storage and handling, ensuring a pristine cosmetic finish. Furthermore, it is designed to offer faster molding cycles, allowing molders to achieve a cycle time reduction of up to 18% depending on product geometry and machine equipment.

Technical Specifications of P1110MAS

Resin and Rheological Properties

• Melt Flow Index (MFI): 11.0 g/10 min (Tested via ASTM D1238 at 230°C with a 2.16 kg load). An elevated MFI ensures high-flow performance inside the mold cavity. This property allows the molten plastic to flow swiftly through complex gates and thin wall paths, reducing injection pressure requirements.
• Density: 0.90 g/cm³ (Tested via ASTM D1505 at 23°C). The lightweight density footprint provides highly cost-effective part yields, allowing manufacturers to generate more structural pieces per kilogram of virgin raw material.

Mechanical and Structural Strength

• Tensile Strength at Yield: 42 MPa (Tested via ASTM D638 at 50 mm/min). This high yield performance indicates that finished items can withstand heavy structural pulling forces and mechanical loads before experiencing structural stretching or permanent part distortion.
• Flexural Modulus: 1800 MPa (Tested via ASTM D790 at 1.3 mm/min). This rating demonstrates excellent bending stiffness. It ensures that wide-surface components, such as plastic furniture panels and heavy stackable containers, retain their flat profiles under pressure.
• Elongation at Yield: 8% (Tested via ASTM D638 at 50 mm/min). The low elongation percentage points to a rigid, highly stable mechanical structure that maintains its tight dimensional tolerances when subjected to continuous physical stress.
• Notched Izod Impact Strength: 30 J/m (Tested via ASTM D256 at 23°C). This level of impact resistance provides balanced toughness for everyday handling conditions, maintaining structural soundness in typical ambient environments.

Thermal Characteristics

• Heat Deflection Temperature (HDT): 115°C (Tested via ASTM D648 at 0.46 N/mm²). A high thermal deflection temperature allows molded industrial parts and consumer goods to preserve their mechanical shape and load-bearing properties during hot weather exposure.
• Vicat Softening Point: 154°C (Tested via ASTM D1525 under a 10 N load). This broad thermal threshold prevents surface softening or physical deformation when finished articles undergo high-temperature assembly processes or hot filling.

Applications and Use Cases

Household Articles

This grade is highly favored for injection moulding consumer housewares, home organizers, and kitchen products. The high-flow material completely fills intricate decorative details and multi-cavity molds with ease. The integrated antistatic additive ensures that items on retail shelves or home environments remain free from dust accumulation, maintaining an attractive, clean, and premium appearance.

Rigid Packaging

The commercial packaging sector utilizes this resin to manufacture thin-walled containers, storage tubs, and protective closures. The 11.0 MFI accelerates cycle times by allowing faster cooling and quick ejection from the mold, which optimizes energy consumption. The high flexural modulus provides superb structural stackability, allowing packed goods to be stored safely in tiers without collapsing.

Plastic Furniture

Furniture manufacturers utilize this polymer to produce durable plastic chairs, stools, tables, and structural furniture components. The 42 MPa tensile strength ensures the finished furniture can support continuous occupant weight safely. Furthermore, the excellent flow behavior and low warpage characteristics eliminate unsightly weld lines and shrinkage distortions on large visible surfaces, ensuring a pristine cosmetic finish.

Automotive Components

In the automotive manufacturing space, this grade is applied to internal trims, structural brackets, and various under-the-dash housing components. The very high stiffness of 1800 MPa flexural modulus satisfies rigid engineering specifications, ensuring parts stay mechanically stable against ongoing engine vibrations and typical in-cabin temperature variations.

Processing and Handling Guidelines

Stated Processing Temperature Windows

The recommended processing temperature window for this homopolymer grade is established between 170°C and 230°C. Plastic machine technicians can easily configure these heat zones across the injection barrel to optimize melt viscosity, control thermal shrinkage, and achieve the best possible surface gloss.

Packaging and Storage

The virgin resin is supplied in heavy-duty raffia bags with a fixed net content of 25.0 kg. To protect the polymer from premature aging, store the bags in a clean, dust-free indoor area away from heat and direct UV sunlight. Ambient storage temperatures must never exceed 50°C, and the granules should be processed within 6 months of delivery.

Compliance, Safety, and Regulatory Information

Food-Contact Compliance and Standards

The material formulation satisfies the food-grade plastic criteria outlined in Indian Standards IS 10910 and IS 10909. Additionally, it complies with international food-contact safety frameworks specified under US FDA CFR Title 21 177.1520. This makes it fully safe for manufacturing reusable food containers, beverage caps, and kitchen prep tools.

Comparable Grades in India

• IOCL 1110MG: Shares an identical melt flow rate of 11.0 and basic processing parameters. However, it lacks the specialized antistatic additive and exhibits a lower flexural modulus (1550 MPa vs 1800 MPa). It is not a direct substitute if dust-repelling characteristics or extreme stiffness are required.
• IOCL 1060MG: Belongs to the same homopolymer family but features a lower melt flow index of 6.0. It is not a direct equivalent and is designed for applications where high-melt strength and thermoforming are prioritized over high-speed flow.
• IOCL 1030MG: A general-purpose homopolymer with a much lower flow profile. It cannot act as a direct substitute because it lacks the fast mold-filling speeds and high stiffness characteristics of the P1110MAS grade.
• Alternative Domestic Suppliers: Competitor petrochemical firms in India produce 11.0 MFI homopolymer injection moulding resins. While these options are functionally comparable for consumer goods and furniture, exact technical equivalence must be independently tested before replacing IOCL stock.

Common Search Variants

Industrial buyers looking for this product often search using variations like PP H P1110MAS, PP moulding P1110MAS, P1110MAS PP, and P1110 MAS PP. Common typographical errors found in sourcing inquiries include 1110mas, 1110-mas, p1110mas, and pp 1110m a s.

IOCL PP Propel P1250YG is a prime, virgin polypropylene homopolymer resin from Indian Oil Corporation Ltd's high-performance PROPEL petrochemical portfolio. Synthesized utilizing advanced Spheripol II technology, this natural-colored material features high isotacticity and an extremely uniform structural makeup. This exact molecular arrangement provides high polymer crystallinity, yielding finished filaments with predictable mechanical limits and dependable structural integrity during fast drawing. Technical directors and nonwoven plant managers specify this grade due to its excellent rheological stability and optimized processing kinetics. The chemical formulation contains an optimum process stabilizer package that limits thermal fracturing and prevents polymer pulsing at the die. This design allows operators to maximize high-speed spinning throughput while minimizing strand breakages, leading to uniform web distribution across large production runs.

Technical Specifications of P1250YG

Resin and Rheological Properties

• Melt Flow Index (MFI): Unverified for this specific grade in provisional documentation; fiber and nonwoven variations operate at an elevated flow scale to maintain low melt viscosity during micro-hole extrusion.
• Density: Unverified for this specific grade in current documentation; standard homopolymer variations generally mirror 0.90 g/cm³ when measured using official ASTM D1505 protocols.

Mechanical and Impact Properties

• Tensile Strength at Yield: Unverified for this specific grade in provisional documentation; custom fiber homopolymers are engineered to withstand extreme dynamic drawing forces without experiencing premature filament snapping.
• Flexural Modulus: Unverified for this specific grade in current provisional documentation; optimized fiber grades maintain a balanced stiffness level to provide fabric softness while retaining adequate tensile resilience under load.
• Elongation and Impact Strength: Unverified for this specific grade in current provisional data sheets.

Thermal and Processing Properties

• Thermal Deflection Values: Unverified for this specific grade in current provisional documentation.
• Stated Processing Temperatures: 170°C to 230°C. This manufacturer-stated processing temperature window ensures complete melting and uniform viscosity, while fully protecting the polymer from premature thermal oxidation.

Applications and Use Cases

High-Speed Fine Denier Fiber Spinning

This material is explicitly designed for high-capacity multifilament spinning manufacturing lines. Its optimum process stabilizer package ensures a steady, pulse-free feed through the extrusion head, allowing the extruded filaments to be drawn thin by high-velocity air streams or mechanical rollers. The resulting fine denier fibers provide uniform density and excellent tensile strength, making them ideal for technical yarns, industrial sewing threads, and apparel textiles.

Spunbond Nonwoven Fabric Conversion

Industrial fabric converters specify this polymer to produce high-volume spunbond nonwoven webs used in medical and hygiene products. The material's high processability allows for clean extrusion through dense spinneret micro-holes without creating high backpressure or die buildup. This uniform filament formation yields soft, high-coverage nonwoven fabrics suitable for protective face masks, surgical gowns, and filtration media.

Processing and Handling Guidelines

Stated Processing Temperature Windows

The manufacturer-stated processing temperature window for this grade is set between 170°C and 230°C. Maintaining the extrusion barrel within this thermal range ensures complete melting and uniform viscosity, while fully protecting the polymer from premature thermal oxidation.

Storage and Handling

The packaging configuration for this grade is currently unverified in provisional data sheets, though standard primary resins ship in industrial bags. To preserve the properties of the raw polymer, store the lot indoors within a dry, dust-free warehouse away from direct sunlight, moisture, and high heat. Keep temperatures below 50°C and process the inventory within 6 months of delivery to avoid surface oxidation.

Food-Contact Compliance and Standards

The core formulation of this homopolymer resin is engineered to meet the strict non-toxic material regulations required for commercial packaging and personal care containment. It aligns with Indian Standards IS 10910 and IS 10909, along with international guidelines set under US FDA CFR Title 21 177.1520, verifying its safety for hygiene components, single-use medical webs, and direct-contact applications.

Comparable Grades in India

• IOCL 1200YG: A dedicated fiber grade designed for multifilament yarns. It serves as a close alternative for general textile spinning, though exact manufacturer equivalence must be confirmed based on required filament thinness.
• IOCL 1350YG: A higher-flow fiber and nonwoven grade. It is functionally adjacent but exhibits a faster melt flow profile designed for ultra-lightweight spunbond web lines.
• IOCL 1030RG: A specialized raffia-grade resin. It is formulated for flat tape extrusion and weaving, making it entirely unsuitable for fine denier multi-hole fiber spinning.
• Alternative Domestic Suppliers: Other Indian polyolefin producers manufacture alternative high-flow homopolymers for nonwovens. While these substitutes offer similar performance, processing teams should verify melt drawability and calendar response before changing feeds.

Common Search Variants and Frequent Misspellings

Industrial sourcing buyers search for this grade using terms like PP H P1250YG, PP fiber P1250YG, P1250YG PP, and P1250 YG PP granules. Common typographical variations found in supply databases include 1250yg, 1250-yg, p1250yg, and pp 1250y g.

IOCL PP Propel P1350EG is a natural-coloured polypropylene homopolymer manufactured by Indian Oil Corporation Ltd (IOCL) using Spheripol II Technology at its Panipat plant. It belongs to IOCL’s PROPEL range and is purpose-built for extrusion coating and lamination — a different processing category from both injection moulding grades and film extrusion grades in the same portfolio. P1350EG is defined by three process-critical attributes that IOCL states directly: excellent flow, low neck-in, and excellent adhesion to substrate. With an MFI of 35 — among the highest in the PROPEL homopolymer range — it is designed to coat substrates at high line speeds without the processing difficulties that arise when lower-flow PP resins are used in coating applications. Its low neck-in characteristic reduces draw resonance and maintains consistent coating width across the substrate, which is a significant operational benefit on wide-web lamination lines. The strong substrate adhesion makes it effective for bonding to PP raffia fabric structures used in woven bags and industrial packaging. P1350EG is supplied as prime, virgin granules in natural colour. IOCL is one of India’s largest domestic polymer producers, and PROPEL PP grades are supported by full documentation including test certificates, GST invoices, and e-way bills. P1350EG is listed in IOCL’s active grade portfolio.

Technical Insights

Chemistry, Polymer Family, and Process Position

P1350EG is a polypropylene homopolymer — built entirely from propylene monomers without co-monomer additions. As a dedicated extrusion coating and lamination grade, it is chemically part of the same homopolymer family as PROPEL moulding and film grades but is formulated and tested for a fundamentally different process. The coating and lamination application demands very different resin behaviour from moulding or blown/cast film extrusion: the resin must flow at high speed, spread uniformly across a moving substrate, resist edge draw-in, and bond effectively to the base material.

Property Breakdown

Melt Flow Index (MFI): 35 g/10 min (ASTM D1238, 230°C / 2.16 kg) The highest MFI in the commonly compared PROPEL homopolymer moulding and film range. At MFI 35, P1350EG is a very high-flow resin, which is a direct requirement for extrusion coating. In coating applications, the molten curtain of resin must cover the substrate uniformly at high line speeds. Lower-flow resins cannot spread effectively at the speeds commercial lamination lines operate, leading to coating defects, uneven coverage, and edge instability. MFI 35 ensures the melt flows freely, coats evenly, and supports high-speed production. Low Neck-in: Neck-in is the reduction in coating width that occurs as the melt curtain narrows between the die lips and the nip point on the substrate. Excessive neck-in wastes material, creates uncoated edges, and forces line operators to run wider die gaps to compensate — reducing coating uniformity and efficiency. IOCL positions P1350EG specifically on low neck-in, which means the melt curtain maintains its width more effectively during draw-down, improving material efficiency and coating consistency on wide-web lines. Excellent Adhesion to Substrate: The primary functional requirement in raffia fabric coating and lamination is that the PP coating bonds reliably to the woven or non-woven substrate. Poor adhesion produces delamination in service — a critical failure mode for industrial bags and packaging used to carry bulk materials. IOCL states excellent adhesion to substrate as a key attribute of P1350EG, distinguishing it from general-purpose PP grades that are not formulated for coating adhesion. Tensile Strength at Yield: 35 MPa (ASTM D638, 50 mm/min) Consistent with the homopolymer family. In coating applications, the final laminate’s tensile performance is a function of both the substrate and the coating layer together; the resin’s base tensile value contributes to overall laminate integrity. Elongation at Yield: 9% (ASTM D638, 50 mm/min) Slightly lower than standard moulding grades, reflecting the high MFI and the trade-off between flow and ductility at this flow level. For coating applications, elongation at yield is less critical than flow, adhesion, and neck-in behaviour. Flexural Modulus: 1500 MPa (ASTM D790, 1.3 mm/min) Consistent with other PROPEL homopolymer grades at similar stiffness positions. A flexural modulus of 1500 MPa ensures the coating layer contributes rigidity to the laminate structure — relevant for bags and packaging that must resist flexing and maintain shape under load. Notched Izod Impact Strength: 22 J/m (ASTM D256, 23°C) Appropriate for a high-flow homopolymer in a coating application. Impact resistance in the laminate is primarily governed by the substrate; the coating layer’s role is adhesion and surface quality rather than impact absorption. Heat Deflection Temperature (HDT): 95°C (ASTM D648, 0.46 N/mm²) Adequate for industrial bags and packaging used in ambient and warm storage environments. PP raffia-based bags often encounter elevated temperatures during storage and transport, and an HDT of 95°C ensures the coating layer does not soften and lose adhesion under typical service conditions. Vicat Softening Point: 150°C (ASTM D1525, 10 N) Indicates the resin’s resistance to localised softening under a defined load — relevant for understanding processing window margins and service temperature limits. Processing Temperature Range: 180–250°C The upper limit of 250°C is higher than PROPEL film grades (220°C) and standard moulding grades (230°C). The wider and higher processing window reflects the demands of extrusion coating lines, where higher melt temperatures are needed to achieve flow uniformity, effective draw-down, and substrate adhesion at commercial line speeds. Density: Not confirmed in available sources. Buyers requiring density data should request the official IOCL technical datasheet. Packaging: 25 kg raffia bags only. Shelf Life and Storage: Store below 50°C, away from direct sunlight and heat, in a dry, dust-free environment. Process within 6 months of delivery. Heat and UV exposure before processing can degrade the resin and negatively affect melt behaviour, coating adhesion, and surface quality.

Applications and Use Cases

Extrusion Coating on PP Raffia Fabric

The primary application for P1350EG is extrusion coating onto woven PP raffia fabric — the substrate used in industrial woven bags for cement, fertiliser, food grains, chemicals, and construction materials. In this application, molten P1350EG is extruded as a thin melt curtain and pressed onto the fabric surface under a nip roller, bonding the coating to the woven structure. The coating improves the bag’s moisture resistance, surface printability, and structural integrity. For this process to work reliably at commercial production speeds, the resin needs very high flow, low neck-in to maintain consistent coating width, and strong adhesion to the PP raffia substrate. P1350EG is designed to meet all three requirements simultaneously.

Lamination Processes for Industrial Packaging

Beyond direct raffia coating, P1350EG is also used in lamination — bonding two or more layers of substrate material together using the PP resin as an adhesive layer applied through an extrusion die. In woven bag manufacturing and flexible industrial packaging, laminated structures improve barrier performance, stiffness, and print quality compared to uncoated substrates. The high MFI of 35 supports fast, even laminate bonding at commercial line speeds, while the substrate adhesion attribute ensures the laminate holds together under the mechanical stress of filling, handling, and transport.

High-Speed Coating Lines for Wide-Web Applications

Manufacturers running wide-web extrusion coating lines for industrial flexible packaging benefit directly from P1350EG’s low neck-in characteristic. On wide-web lines, even modest neck-in creates significant material waste and requires wider die gaps that reduce coating uniformity. A resin with controlled neck-in behaviour runs more efficiently, reduces trim waste, and allows operators to run at higher line speeds without compromising coating consistency across the full web width.

Comparable Grades in India

IOCL 1100FS (Not Equivalent — Film Grade with Additives)

P1100FS is a PROPEL homopolymer film grade designed for TQPP film extrusion with built-in slip and antiblock additives. Its MFI of 11 and additive profile are optimised for bubble extrusion and film converting — not for the high-flow, high-adhesion requirements of coating and lamination. Using a TQPP film grade in a coating application would result in insufficient flow for high-speed coating lines and the wrong surface additive chemistry for substrate bonding. P1100FS and P1350EG are not interchangeable.

IOCL 1350YG (Not Equivalent — Different Application)

1350YG is a high-flow PROPEL homopolymer at a similar MFI level, but positioned for nonwoven and yarn-related applications rather than extrusion coating and lamination. While both grades share a high-flow positioning, their application-specific property optimisation, additive systems, and processing guidance differ. They are not confirmed equivalents, and substitution should not be made without full revalidation on the coating or lamination line.

IOCL 1030FG (Not Equivalent — BOPP Film Grade)

1030FG is a PP homopolymer film grade designed for BOPP film production. Its MFI, molecular weight profile, and property balance are tuned for biaxial film orientation — a completely different process from extrusion coating. Flow, neck-in, and adhesion performance in a coating context would not be equivalent to P1350EG.

IOCL Moulding Grades (1030MG, 1060MG, 1110MG — Not Equivalent)

Standard PROPEL moulding grades have MFI values between 3 and 11 — significantly lower than the MFI 35 of P1350EG. At these lower flow levels, the resin cannot spread uniformly across substrates at coating line speeds and will not deliver the adhesion performance required for raffia lamination. Moulding grades are not suitable for extrusion coating applications.

Other PP Extrusion Coating and Lamination Grades from Indian Suppliers

Other domestic PP producers supply high-flow homopolymer grades designed for extrusion coating and lamination applications with comparable MFI ranges. These may be functionally similar for raffia fabric coating and industrial packaging lamination, but confirmed technical equivalence with P1350EG — particularly in neck-in control and substrate adhesion — has not been established. Coating trial runs and direct TDS comparison are the appropriate basis for substitution decisions.

Common Search Variants

This product is also searched as: PP H 1350EG, high flow PP coating resin, P1350EG IOCL, 1350EG PP granules, PROPEL 1350EG, Indian Oil PP coating grade, PP homopolymer for raffia lamination, low neck-in PP resin, extrusion coating PP granules, and common misspellings including 1350eg, 1350-eg, p1350eg, 1350 EG, pp 1350 eg, and iocl 1350 eg.

IOCL PP Propel P1600MN is a prime, virgin polypropylene homopolymer resin from Indian Oil Corporation Ltd's high-performance PROPEL petrochemical portfolio. Synthesized utilizing advanced Spheripol II technology, this natural-colored material features high isotacticity and an extremely uniform structural makeup. This exact molecular arrangement provides high polymer crystallinity, yielding finished components with predictable mechanical limits and dependable structural integrity during fast fabrication cycles. Technical directors and injection moulding plant managers specify this grade due to its high flow kinetics and excellent thermal stability. The chemical formulation contains an optimized melt processability package that limits thermal fracturing and prevents polymer pooling at the die. This design allows operators to maximize moulding throughput speeds while minimizing line blockages, leading to uniform wall distribution across large production runs.

Technical Specifications of P1600MN

Resin and Rheological Properties

• Melt Flow Index (MFI): 60.0 g/10 min (Tested via ASTM D1238 at 230°C with a 2.16 kg load). An elevated flow index of 60 indicates exceptionally low melt viscosity under dynamic pressure. This high fluid mobility allows the polymer to pass easily through complex, narrow gates, making it ideal for thin-walled part formation.
• Density: Unverified for this specific grade in current documentation; standard homopolymer variations generally mirror 0.90 g/cm³ when measured using official ASTM D1505 protocols.

Mechanical and Impact Properties

• Tensile Strength at Yield: 37 MPa (Tested via ASTM D638 at 50 mm/min). This rating indicates the material has high resistance to stretching. It enables thin structural walls to endure significant ejection tensions without experiencing structural thinning or part failures.
• Flexural Modulus: 1700 MPa (Tested via ASTM D790 at 1.3 mm/min). This high stiffness level provides robust structural integrity while maintaining lightweight properties, helping ultra-thin containers resist collapsing under stacking loads.
• Elongation at Yield: 10% (Tested via ASTM D638 at 50 mm/min). This performance parameter ensures that the cooling molded parts maintain enough elastic flex to adapt to sudden mechanical ejection movements, preventing part tears.
• Notched Izod Impact Strength: 27 J/m (Tested via ASTM D256 at 23°C). This toughness value ensures that finished thin-walled products can withstand dynamic handling pressures during stacking, packing, and automated filling.

Thermal Properties

• Heat Deflection Temperature (HDT): 105°C (Tested via ASTM D648 at 0.46 N/mm²). This structural metric confirms that the molded plastic network maintains its shape in hot storage setups or under thermal processing conditions up to 105°C.
• Vicat Softening Point: 150°C (Tested via ASTM D1525 under a 10 N load). This broad thermal parameter provides a reliable welding window, allowing for clean thermofusion or heat-sealing without melting the core structural walls.

Applications and Use Cases

Thin-Walled Injection Moulding (TWIM) Container Production

This material is explicitly designed for high-capacity thin-walled injection moulding manufacturing lines. Its low melt viscosity ensures a steady, pulse-free feed through the hot runner system, allowing the extruded melt to fill thin-walled cavities completely before cooling. The resulting containers provide uniform density and excellent coverage, making them ideal for food packaging, protective cases, and disposable food trays.

Multicavity Moulding and Packaging Components

Industrial moulders specify this polymer to produce high-volume multicavity products such as lids, caps, and closures used in consumer goods. The high melt flow index of 60 allows for clean filling across complex, multi-gate tools without creating high backpressure or flash lines. This uniform cavity filling yields sharp, high-definition parts suitable for media packaging, container lids, and lightweight compounding base applications.

Processing and Handling Guidelines

Stated Processing Temperature Windows

The manufacturer-stated processing temperature window for this high-flow grade is set between 170°C and 220°C. Maintaining the extrusion barrel within this thermal range ensures complete melting and uniform viscosity, while fully protecting the polymer from premature thermal oxidation.

Storage and Handling

The material is distributed in heavy-duty raffia bags. To preserve the resin's properties, store the bags indoors within a dry, dust-free warehouse where ambient temperatures do not exceed 50°C. Protect the pallets from direct sunlight and heat, and process the inventory within 6 months of delivery to ensure optimal moulding performance.

Compliance, Safety, and Regulatory Information

Food-Contact Compliance and Standards

The chemical composition of this homopolymer grade meets the non-toxic plastics criteria defined in Indian Standards IS 10910 and IS 10909. It also complies with the international parameters regulated by US FDA CFR Title 21 177.1520. This formal compliance ensures that containers produced from this resin are safe for direct food contact, takeaway packaging, and personal care products.

 Comparable Grades in India

• IOCL 1400MN: A high-flow injection moulding grade designed for thinner-wall applications. It offers a close match for similar use cases, though exact manufacturer equivalence must be verified per tool configuration.
• IOCL 1110MG / 1110MAS: High-flow moulding grades designed for standard injection setups. They are not equivalent because they do not offer the aggressive flow rates required for rapid thin-wall cavity filling.
• IOCL 1200MG: A general-purpose injection moulding grade. It lacks the ultra-high flow characteristics of P1600MN, making it less suitable for reducing cycle times in fast TWIM systems.
• Alternative Domestic Suppliers: Other Indian polymer producers manufacture alternative high-flow homopolymers for thin-walled parts. While these substitutes offer similar performance, processing teams should verify mold shrinkage and cycle times before changing feeds.

Generic Terms and Frequent Misspellings

Industrial sourcing buyers search for this grade using terms like PP H P1600MN, PP moulding P1600MN, P1600MN PP, and P1600 MN PP. Common typographical variations found in supply databases include 1600mn, 1600-mn, p1600mn, and pp 1600m n.