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Reliance PP Repol AM120N is a general-purpose polypropylene homopolymer developed by Reliance Industries Limited for injection moulded products that require a practical balance of flow, stiffness, toughness, processability, and regulatory suitability. Positioned within the Repol polypropylene portfolio, AM120N is widely used for industrial mouldings, furniture compounds, houseware, rigid utility products, and other medium-to-thick wall injection applications where consistent molding behavior and dependable mechanical performance are important. This grade is manufactured by Reliance Industries Limited, one of India’s largest polymer producers, using advanced Unipol polypropylene technology at its Gujarat facilities. Under the Repol brand, Reliance supplies a broad range of polypropylene homopolymers, random copolymers, and impact copolymers for packaging, industrial, consumer, and automotive sectors. Within that range, AM120N is positioned as a dependable PP homopolymer injection moulding grade for converters looking for a clean, versatile resin that performs well across general-purpose applications and also works effectively as a compounding and blending base for furniture and household plastic products.

About Manufacturer

Reliance Industries Limited has a strong reputation in polypropylene manufacturing, with large-scale supply capability across India and export markets. The Repol brand is well established in the polymer industry for serving processors in injection moulding, extrusion, blow moulding, film, fibre, and compounding applications. That brand strength matters commercially because buyers are not only selecting a polymer grade, but also supply consistency, technical support credibility, and portfolio continuity. AM120N fits into the Repol homopolymer family as a medium-flow injection moulding grade intended for broad industrial usability. It is not positioned as a narrow specialty grade; instead, it is designed to be commercially flexible and technically stable across multiple end-use segments. That makes it especially relevant for manufacturers who need one reliable PP homopolymer grade for recurring production across furniture, crates, bins, containers, and houseware.

Technical Insights and Material Performance

Reliance PP Repol AM120N has a melt flow rate of 12 g/10 min at 230°C/2.16 kg, which places it in a highly usable range for general-purpose injection moulding. This MFI level supports good cavity filling without becoming overly thin-flowing, making it suitable for medium-to-thick wall mouldings, practical production cycles, and a wide range of molded geometries. For processors, this means AM120N offers a strong balance between flow efficiency and part integrity. The density is approximately 0.90 g/cm³, consistent with polypropylene homopolymer materials. Typical mechanical values include tensile strength at yield of 37 MPa, elongation at yield of 12 percent, flexural modulus of 1450 MPa, notched Izod impact strength of 30 J/m at 23°C, and heat deflection temperature of 105°C at 455 kPa. Together, these values position AM120N as a rigid, general-purpose PP injection grade with enough toughness for routine industrial and consumer applications, while still maintaining the stiffness needed for furniture components, storage products, and molded utility items. From a material selection perspective, the technical strength of AM120N lies in its balance rather than extremity. It is not a very low-flow heavy-duty grade, nor a very high-flow thin-wall specialty grade. Instead, it occupies a commercially valuable middle ground. The 12 MFI flow profile supports smooth processing, the 1450 MPa flexural modulus provides useful structural rigidity, and the 30 J/m impact level helps prevent the grade from becoming too brittle in practical use. The HDT of 105°C also gives it added relevance for molded products exposed to moderate heat during service.

Processing Characteristics

AM120N is recommended for injection moulding and is suited to general-purpose molded products across furniture, industrial, and houseware sectors. Reliance’s guidance indicates a melt temperature range of 210°C to 260°C and a mould temperature range of 30°C to 50°C. These conditions are practical for standard PP injection moulding setups and allow processors to optimize flow, cooling, surface finish, and cycle stability depending on part design and tooling. In production, the grade’s medium-flow nature helps maintain a good balance between fill performance and dimensional control. Compared with lower-flow grades, AM120N can fill molds more easily and support better productivity in multi-cavity or moderately complex parts. Compared with higher-flow grades, it offers better control in thicker sections and can reduce the risk of excessive flash or over-fluid behavior in certain applications. This makes it a dependable choice for processors who need a stable, repeatable PP homopolymer for varied product lines.

Applications and Industry Use Cases

General-Purpose Industrial Mouldings

Reliance PP Repol AM120N is well suited for industrial mouldings such as crates, bins, pallets, totes, storage containers, and utility handling products. These applications require a practical mix of stiffness, toughness, and processability, especially where production volumes are high and part geometry must remain consistent. Its balanced MFI and mechanical profile make it a strong option for manufacturers producing durable molded items for logistics, warehousing, and industrial handling.

Furniture Compounds and Molded Furniture Components

AM120N is particularly relevant to the furniture industry because it is suitable both as a direct injection moulding resin and as a compounding base or blending material for furniture compounds. It can be used in molded furniture parts such as chair backs, armrests, table components, organizers, and storage structures. For furniture processors, the grade offers a useful balance of rigidity and process consistency, while also supporting color, filler, and additive incorporation in compound formulations.

Houseware and Consumer Utility Products

The grade is widely applicable in houseware products such as buckets, basins, tubs, kitchen utility items, organizers, and general household molded articles. In these applications, manufacturers typically need a resin that can process smoothly, maintain acceptable stiffness, and deliver dependable part quality without requiring specialty-grade economics. AM120N fits that need well, making it a practical PP homopolymer choice for everyday consumer plastic goods.

Rigid Containers and Utility Packaging

AM120N can also be used in rigid containers and non-flexible packaging components where the emphasis is on molded shape retention, processability, and regulatory suitability. Its food-contact aligned compliance profile adds value for packaging and utility applications where safe-use standards are important. For converters making molded packaging or storage articles, this grade offers a reliable balance of mechanical performance and commercial versatility.

Masterbatch, Filler and Compounding Base Resin

A major advantage of AM120N is its suitability as a base resin for compounding, filler loading, and masterbatch blending. Processors in the furniture and household plastics sectors often need a polypropylene homopolymer with stable rheology and broad compatibility for formulation work. AM120N serves that role effectively, making it attractive not only to direct molders but also to compounders supplying downstream plastic manufacturers.

Performance Advantages of Reliance PP Repol AM120N

One of the main advantages of AM120N is its balanced 12 MFI flow profile. This gives processors enough flow for efficient injection moulding while still maintaining control in medium and thicker wall sections. It is a practical middle-ground grade for manufacturers who do not want the slower fill of lower-MFI homopolymers or the overly high flow of thin-wall oriented grades. Its mechanical balance is another strength. With 37 MPa tensile strength, 1450 MPa flexural modulus, and 30 J/m impact strength, the grade performs well in applications that need rigidity without becoming too fragile for routine use. This makes it especially suitable for furniture compounds, industrial molded products, and houseware where both structure and day-to-day durability matter. The grade also offers a commercial advantage through regulatory readiness. Compliance references such as IS 10910, IS 16738:2018, and FDA 21 CFR 177.1520 support its use in food-contact and regulated molded applications, subject to final article testing. For converters, this can simplify qualification for certain packaging and utility end uses.

Alternatives and Comparable Grades

Within the Reliance Repol portfolio, AM650N is a relevant alternative when higher flow is needed for thinner-wall parts or faster filling requirements. However, for general-purpose industrial mouldings and furniture compounds, AM120N often provides a better balance between flow and section control. AM010N sits at the lower-flow end and is more suitable where thicker sections or different processing priorities matter, rather than standard injection moulding versatility. Compared with H110MA, AM120N is also a useful benchmark. Both are PP homopolymer injection grades, but AM120N is positioned more clearly as a broad general-purpose grade and compounding base, while H110MA is often associated with rigid containers, thermoware, and specific molded product categories. Buyers selecting between the two should consider whether they need a more general industrial/furniture-oriented resin base or a grade aligned more closely with specific molded article performance. Against comparable PP homopolymer injection grades from HMEL, IOCL, and OPaL, AM120N competes well on its combination of balanced MFI, broad application range, compounding suitability, and food-contact aligned compliance. Many competing grades may offer similar flow ranges, but AM120N is especially attractive when the buyer wants a versatile, mainstream Reliance grade that can serve both direct moulding and compound-based production programs. The rationale behind the assigned grade is straightforward: AM120N is best selected where a manufacturer needs a stable, medium-flow PP homopolymer for general injection moulding, furniture compounds, industrial products, and houseware without moving into narrow specialty grades. It is a practical production resin built for flexibility, repeatability, and broad commercial relevance.

Reliance PP Repol AM650N is a high-flow polypropylene homopolymer developed by Reliance Industries Limited for high-speed injection moulding applications that demand rapid cavity filling, stable processing, and efficient output in thin-wall and multi-cavity production environments. Positioned within the Repol homopolymer portfolio, AM650N is especially suited for TWIM containers, intricate long-flow-path parts, appliance components, automotive mouldings, and masterbatch or compounding applications where very high melt flow is commercially valuable. Manufactured by Reliance Industries Limited using Unipol polypropylene process technology, Repol AM650N is designed for processors who need faster fill, shorter cycle potential, and better productivity than standard medium-flow PP homopolymer grades can offer. For buyers searching for Reliance AM650N, high-flow PP homopolymer injection grade, PP for thin-wall injection moulding, or polypropylene for multi-cavity moulding in India, this grade is one of the most relevant choices in the Reliance injection moulding range. The commercial significance of AM650N lies in its very high melt flow rate and antistatic formulation. It is not intended as a general-purpose rigid moulding grade for thicker sections. Instead, it is assigned to applications where fast mould filling, repeatable cavity performance, and efficient compounding behavior matter more than maximum structural rigidity. That makes it highly suitable for thin-wall packaging, rapid-cycle moulding, and masterbatch manufacturing.

Manufacturer and Brand Background

Reliance Industries Limited is one of India’s largest integrated petrochemical producers and a major supplier of polypropylene to domestic and export markets. The company’s Repol brand covers a wide range of polypropylene homopolymers, random copolymers, impact copolymers, and specialty grades for injection moulding, fibre, film, extrusion, and technical applications. Within this portfolio, AM650N occupies a specialized position as a high-flow PP homopolymer for injection moulding and compounding. It is designed for processors who run high-output lines, thin-wall moulds, and multi-cavity tools, and for compounders who need a base resin with strong flow behavior for pigment, filler, and additive incorporation. This positioning makes it distinct from lower-flow grades such as AM120N or H110MA and more production-oriented than standard general-purpose injection resins.

Technical Insights and Material Performance

Reliance PP Repol AM650N has a melt flow rate of 65 g/10 min at 230°C/2.16 kg, which places it firmly in the high-flow category for polypropylene homopolymer injection moulding. This is the defining technical characteristic of the grade. Such a high MFI enables the melt to travel quickly through thin sections, long flow paths, and multi-cavity moulds, supporting fast filling and reduced resistance during injection. For TWIM containers and high-output moulding operations, this can translate into shorter cycle potential and improved productivity. The density is approximately 0.90 g/cm³. Typical mechanical performance includes tensile strength at yield of 35 MPa, elongation at yield of 12 percent, flexural modulus of 1350 MPa, notched Izod impact strength of 25 J/m at 23°C, heat deflection temperature of 105°C at 455 kPa, and Shore D hardness of 70. These values show that although AM650N is a very high-flow grade, it still maintains a useful balance of rigidity, strength, and handling toughness for thin-wall and technical molded products. A key functional advantage is the antistatic additive package. Static charge build-up can create dust attraction and handling issues in molded parts, especially in appliance, automotive, packaging, and compounded applications. By reducing static accumulation, AM650N helps improve part cleanliness and handling quality in downstream operations. From a grade-selection perspective, the technical strength of AM650N is not about maximum stiffness or impact resistance. Its real value is its ability to combine very high flow with acceptable mechanical performance and antistatic functionality. That makes it especially effective in rapid-cycle injection moulding, long-flow-path parts, and masterbatch production where process efficiency is a major priority.

Processing Characteristics and Injection Moulding Window

AM650N is recommended for injection moulding and is particularly suitable for thin-wall injection moulded containers, multi-cavity tools, and intricate molded parts. A typical processing window includes melt temperatures around 210°C to 260°C and mould temperatures around 20°C to 40°C, depending on tool design, wall thickness, cycle requirements, and machine setup. Its high MFI allows the resin to fill cavities quickly and efficiently, which is especially useful in TWIM applications where short cycle times and rapid mould filling are critical. In multi-cavity moulding, the grade helps reduce filling resistance and supports more uniform cavity performance. In compounding and masterbatch production, the same high-flow behavior supports good dispersion and mixing of pigments, fillers, and additives. Because of its flow level, AM650N is best chosen where filling speed and productivity are more important than the higher stiffness associated with lower-flow PP homopolymer grades. It is a process-driven grade designed for output-focused manufacturing.

Applications and Industry Use Cases

TWIM Containers and Thin-Wall Packaging

Reliance PP Repol AM650N is highly suitable for thin-wall injection moulded containers used in food packaging, consumer packaging, and utility storage applications. Its very high flow helps fill thin sections quickly and cleanly, making it ideal for fast-cycle moulding where productivity and part consistency are essential. For manufacturers of cups, tubs, boxes, and lightweight rigid packaging, this grade offers a strong process advantage.

Multi-Cavity Injection Moulding

AM650N performs especially well in multi-cavity moulds where balanced filling and repeatable production are critical. Small parts, closures, lids, and technical components produced in high-cavity tools benefit from its rapid flow behavior, which supports efficient filling across cavities and helps maintain output in high-volume manufacturing environments.

Intricate Long-Flow-Path Parts

For molded articles with narrow sections, detailed geometry, or longer flow lengths, AM650N offers a clear advantage over lower-flow PP homopolymers. It can move through complex mould paths more easily, which helps reduce filling-related issues in technical injection mouldings, appliance parts, and automotive components.

Appliance and Automotive Components

The grade is relevant for selected appliance and automotive injection moulded parts where fast production, clean surfaces, and good dimensional repeatability are important. It can be used in components such as trim parts, fittings, small housings, clips, and utility mouldings that benefit from high flow and antistatic performance during handling and assembly.

Masterbatch and Compounding Base Resin

AM650N is also a strong base resin for masterbatch and compounding applications. Its high MFI supports efficient shear mixing with pigments, fillers, and additives, making it useful for color concentrates, additive compounds, and specialty formulations. For compounders, this grade offers a practical balance of processability, consistency, and regulatory alignment.

Performance Advantages

The biggest advantage of AM650N is its exceptional flow. With an MFI of 65, it is far better suited to TWIM and high-speed multi-cavity moulding than lower-flow grades such as AM120N or H200MA. This makes it highly attractive for processors focused on fast fill, reduced cycle time potential, and high-volume output. Its antistatic additive package adds another practical benefit. In molded packaging, appliance parts, and compounded materials, reduced static build-up can improve handling, reduce dust attraction, and support cleaner finished parts. This is especially useful where appearance and downstream processing matter. AM650N also offers a useful mechanical balance for a high-flow grade. While it is not intended for heavy-duty structural applications, its tensile strength, flexural modulus, and HDT remain strong enough for many thin-wall and technical molded products. This balance is what makes it commercially valuable: it delivers speed without becoming too weak for practical use.

Alternatives and Comparable Grades

Within the Reliance Repol portfolio, AM120N is a much lower-flow alternative positioned for general-purpose injection moulding, furniture compounds, and industrial molded products. It offers better suitability for medium-to-thick wall applications but cannot match the filling speed and rapid-cycle potential of AM650N. Buyers should choose AM650N when thin-wall moulding and high-speed output are the main priorities. H200MA is another internal comparison, with an MFI of 20 and antistatic functionality. It is suitable for thin-wall containers and multi-cavity moulding, but it operates in a more moderate flow range. AM650N is the stronger choice when the mould demands much faster filling, longer flow capability, or more aggressive cycle optimization. H200MK also has an MFI of 20, but it is clarified and antistatic, making it more suitable for syringes, clear rigid articles, and applications where visual clarity matters. AM650N is not a clarity-focused grade; it is a speed- and process-focused grade for TWIM, multi-cavity, and compounding applications. Compared with high-flow PP homopolymer grades from HMEL, IOCL, and OPaL, AM650N competes strongly because it combines very high flow, antistatic performance, food-contact aligned compliance, and masterbatch suitability within the Reliance portfolio. The rationale behind the assigned grade is clear: AM650N is selected when the processor needs a high-flow PP homopolymer optimized for rapid filling, thin-wall injection moulding, and compounding efficiency rather than a lower-flow general-purpose resin.

Reliance Repol H034SG is a polypropylene homopolymer BOPP film grade developed by Reliance Industries Limited for high-speed biaxially oriented polypropylene film production. Officially recommended for oriented film processes, this grade is especially suited for low-thickness films and is widely positioned for adhesive tapes, food packaging, cigarette and textile overwraps, synthetic paper, and plain or metallisable BOPP films. For processors looking for a reliable PP homopolymer for high-output BOPP lines, H034SG offers a balanced combination of flow, stiffness, orientation behaviour, and line productivity. Reliance Industries is one of India’s largest polymer manufacturers, and the Repol PP portfolio includes specialised grades for film, raffia, fibre, and injection moulding applications. Within this portfolio, H034SG is a dedicated BOPP film homopolymer rather than a general-purpose extrusion grade. That matters because BOPP film lines demand a resin with stable processing behaviour, good orientation response, and the ability to support thin-gauge film production at commercial line speeds. For buyers searching for Reliance Repol H034SG supplier in India, BOPP film PP granules, or 3.4 MFI polypropylene homopolymer for adhesive tape and packaging films, this grade is a strong fit for technically demanding film conversion environments.

Deep Technical Insights

The key technical parameter for Repol H034SG is its melt flow rate of 3.4 g/10 min at 230 °C/2.16 kg as per ASTM D1238. This MFR range is well suited to BOPP film extrusion because it supports a useful balance between melt strength and processability. In practical terms, that helps film producers maintain stable extrusion, controlled orientation, and consistent performance on high-speed lines, especially when targeting low-thickness films. Typical property data associated with H034SG further supports its positioning as a BOPP film grade. The material is reported with density around 0.90 g/cc and Shore D hardness around 69 to 70, which aligns with the stiffness and surface durability expected in film applications such as tape base films and synthetic paper. Mechanical values commonly referenced for this grade include tensile strength at yield around 36 MPa, elongation at yield around 12%, flexural modulus around 1350 to 1400 MPa, and notched Izod impact around 40 J/m. Thermal performance is also relevant, with heat deflection temperature reported around 104 to 105 °C. These figures are typical values and should be treated as reference data rather than guaranteed specifications. For BOPP processors, the processing window is equally important. Public technical references indicate extrusion temperatures in  the range of 220 to 260 °C, chill roll temperatures around 20 to 50 °C, MD stretching temperatures around 120 to 160 °C, and TD stretching temperatures around 150 to 170 °C, with typical stretch ratios of 4 to 8 in MD and 7 to 10 in TD. These ranges help explain why H034SG is preferred for high-speed oriented film lines, but actual settings should always be optimised based on line design, film structure, and target thickness.

Applications and Industry Use Cases

Plain and Metallisable BOPP Films

Reliance Repol H034SG is primarily designed for plain and metallisable BOPP film production where stable orientation, consistent thickness control, and good downstream converting behaviour are essential. In these applications, the grade supports film structures used across packaging, lamination, and speciality film markets. Its balanced flow and stiffness profile make it suitable for processors aiming to run thin films at commercial speeds without compromising film integrity.

Adhesive Tape Base Films

One of the most important application areas for H034SG is adhesive tape film. BOPP tape manufacturers need a polypropylene homopolymer that can deliver dimensional stability, surface consistency, and reliable orientation during film production. The stiffness and hardness profile of H034SG make it well aligned with tape base film requirements, where clean winding, stable film handling, and dependable converting performance matter.

Food Packaging and Overwrap Films

H034SG is also relevant for food packaging films and overwrap applications such as confectionery, bakery, cigarette, and textile overwraps. In these segments, BOPP film producers value a grade that can support high-speed processing along with good film appearance and regulatory suitability. Public compliance references for food-contact-related standards further strengthen the grade’s relevance for packaging structures, subject to full application and structure validation.

Synthetic Paper and Speciality Film Uses

Synthetic paper and related speciality film applications require a resin that can support stiffness, dimensional stability, and controlled orientation behaviour. H034SG fits well in this space because its property profile is aligned with film applications where printability, handling, and structural consistency are important. It is also useful in metallisable film structures where uniformity and downstream surface performance are commercially significant.

Comparable Alternatives

Within the Indian BOPP film market, the closest comparable grades to Repol H034SG include IOCL F1030FG or F1030FG1 and MRPL F03RR or F03RR1. These grades are commonly mapped in comparison charts as BOPP film homopolymers for food packaging, lamination, metallisable films, and related applications. IOCL F1030FG is especially relevant as a practical alternative because its melt flow range is close to H034SG and it is positioned for a similar BOPP film processing window. The rationale behind choosing H034SG comes from its combination of verified BOPP-specific positioning, 3.4 MFR, suitability for low-thickness films, and acceptance across adhesive tape, packaging, overwrap, and synthetic paper applications. Compared with broader PP film grades, H034SG is more specifically aligned to oriented film lines rather than general cast film or extrusion use. Final substitution between H034SG and other Indian BOPP grades should always be validated through TDS review and plant trials, especially where film thickness, line speed, metallisation behaviour, or downstream converting performance are critical.

Reliance Repol H050MN is a polypropylene homopolymer grade developed by Reliance Industries Limited for injection moulding, sheet extrusion and thermoforming applications. It is recommended for rigid containers, houseware, thermoware, furniture compounds and compounding base applications where processors need a balanced combination of stiffness, process consistency and production efficiency. For buyers searching for Reliance Repol H050MN, H050MN PP nucleated grade, or 5 MFI PP homopolymer for injection moulding, this grade is positioned as a practical solution for moulders and sheet processors that need rigidity with smooth processing. What makes H050MN commercially important is its additive package. Reliance formulates this grade with a nucleating agent for high rigidity and reduced cycle time, along with an antistatic agent that helps reduce static charge build-up on finished products. In real processing environments, that means faster crystallisation, quicker demoulding, cleaner handling and lower dust pickup, which can directly support better productivity and more consistent finished-part appearance. Reliance Industries Limited is one of India’s largest polymer manufacturers, and the Repol PP portfolio includes raffia, fibre, BOPP film, injection moulding, extrusion and compounding grades used across industrial sectors. Repol H050MN is part of the injection and thermoforming family within this portfolio and is manufactured using the Unipol PP process, a gas-phase fluidised bed technology known for stable rheology and consistent polymer quality. Within the Indian market, H050MN is relevant for processors making rigid containers, household products, furniture-related compounds and thermoformed sheets. It is also positioned as a compounding base and blending material, especially where rigidity and processing efficiency are key selection factors.

Technical Insights

Repol H050MN combines a melt flow rate of 5.0 g/10 min with a density of 0.90 g/cc, making it suitable for injection moulding and sheet extrusion where balanced flow and part stiffness are important. The grade also shows 36 MPa tensile strength at yield, 10% elongation at yield, 1750 MPa flexural modulus, 70 Shore D hardness, 35 J/m notched Izod impact at 23°C, and 110°C heat deflection temperature at 0.46 MPa. This property profile indicates a material designed for rigid moulded and thermoformed products rather than soft or impact-dominant applications. The relatively high flexuralmodulus and nucleated formulation support stiffness and dimensional stability, while the 5 MFI flow profile gives processors workable filling performance without moving too far into very high-flow territory. For manufacturers, this makes H050MN attractive when the goal is to balance mouldability, rigidity and productivity. Reliance also provides indicative processing guidance. For injection moulding, typical melt temperatures are 220–260°C with mould temperatures of 20–50°C. For sheet extrusion and thermoforming, the recommended melt temperature range is 220–260°C. These reference conditions make H050MN relevant for buyers looking for PP homopolymer for rigid containers, nucleated polypropylene for thermoforming, or antistatic PP injection grade in India.

Applications and Industry Use Cases

Injection Moulded Rigid Containers

Repol H050MN is well suited for rigid containers where processors need good stiffness, dimensional stability and repeatable moulding performance. The nucleated formulation helps reduce cycle time, which is valuable in high-volume container production where output efficiency directly affects cost competitiveness.

Houseware and Thermoware

The grade is also recommended for houseware and thermoware products that require a rigid feel, clean surface appearance and practical handling performance. Its antistatic package can help reduce static-related dust pickup, which is useful in consumer-facing products where appearance matters.

Sheet Extrusion and Thermoforming

In sheet extrusion and thermoforming, H050MN offers a useful balance of flow, rigidity and thermal performance. Processors making trays, formed sheets or rigid utility components often prefer grades in this category when they need sheet stiffness along with stable extrusion behaviour.

Furniture Compounds and Blending

H050MN is positioned as an ideal compounding base and blending material in furniture compounds. This makes it relevant for processors formulating custom PP systems where stiffness, process consistency and compatibility with additive packages are Important.

General Rigid Utility Products

Beyond the core listed uses, the grade fits a wider range of rigid utility products where moulders want a polypropylene homopolymer with dependable flow, high rigidity and efficient processing. This includes applications where cycle time and part handling are as important as final mechanical performance.

Comparable Alternatives

In the Indian PP homopolymer market, Repol H050MN is commonly compared with Reliance Repol H110MA, IOCL P1110MG, and HMEL M12RR. These grades are all relevant to injection moulding and rigid product manufacturing, but they differ in melt flow and application emphasis. Within the Reliance portfolio, H110MA is a higher-flow alternative with 11 MFI, making it more suitable where processors need faster cavity filling, thinner sections or shorter flow paths in injection moulding. By contrast, H050MN at 5 MFI is better  positioned where a processor wants more balanced flow with stronger rigidity support and use across both moulding and sheet extrusion. IOCL P1110MG and HMEL M12RR also sit in the higher-flow injection homopolymercategory, generally around 11–12 MFI. These may be preferred for fast-filling moulded parts, while H050MN remains more differentiated as a nucleated, antistatic grade that also serves thermoforming and compounding-base applications. The rationale for selecting H050MN usually comes down to its stiffness profile, reduced cycle-time benefit and broader utility across injection, sheet and blending applications.

Reliance Repol H110MA, is a premium injection moulding polypropylene homopolymer from Reliance Industries Limited—India’s largest and most trusted polymers producer. This grade is engineered for high productivity and consistent quality, making it the industry benchmark for rigid packaging, housewares, thermoware, and furniture. A built-in antistatic additive ensures long-lasting surface aesthetics by minimizing dust pickup. Reliance’s Repol brand is synonymous with quality, regulatory compliance, and robust supply chain support, making H110MA a go-to solution for manufacturers seeking reliability and technical excellence.

Deep Technical Insights & Data Sheet Highlights

Repol H110MA features a high melt flow rate (MFR 11 g/10 min), enabling fast-cycle injection moulding and thin-wall part production. Its high flexural modulus ensures excellent stiffness and dimensional stability, while the Shore D hardness delivers superior surface durability. Balanced impact resistance and a heat deflection temperature (104°C) make it ideal for demanding applications. Reliance provides full batch traceability, technical documentation, and compliance with IS 10910, IS 16738:2018, and US FDA 21 CFR 177.1520 for food-contact use. Typical processing windows: melt temperature 210–260°C, mould temperature 30–50°C. These technical strengths give manufacturers confidence in processability, end-product quality, and compliance.

Applications & Industry Use Cases

Rigid Packaging

Repol H110MA is widely adopted for injection-moulded containers, thin-wall tubs, lids, and caps. Its high flow and stiffness enable lightweight, rigid packaging solutions that maintain shape and integrity during filling, transport, and storage.

Housewares and Thermoware

With outstanding rigidity and antistatic properties, H110MA is ideal for kitchenware, storage boxes, insulated containers, and household articles. Manufacturers benefit from easy moulding of complex shapes and long-lasting surface appearance.

Furniture and Large Moulded Parts

The grade’s mechanical strength and stiffness support the production of durable furniture components such as chairs, stools, backs, and frames. Its processability allows for efficient manufacturing of both large and intricate parts, with reduced dust attraction for indoor use.

Compounding and Masterbatch

As a homopolymer with controlled MFR, H110MA is a reliable carrier for masterbatches and filled compounds. It ensures uniform dispersion of additives and colorants, supporting high-performance end products in regulated applications.

General Plastics & Job Shops

H110MA is a top choice for job shops producing consumer goods, packaging, and technical mouldings, thanks to its processing stability and broad regulatory acceptance.

Comparable Alternatives – Technical Analysis

Key Indian alternatives to Repol H110MA include IOCL 1110MG, IOCL 1110MAS, HMEL M12RR, and OPaL MH13. Each is a PP homopolymer injection grade with a similar MFR (10–12 g/10 min), targeting rigid packaging, houseware, and furniture. IOCL 1110MG and 1110MAS match H110MA in flow and antistatic performance. HMEL M12RR and OPaL MH13 offer comparable stiffness and processability, making them suitable for converters seeking alternative sources or dual qualification. While all these grades meet industry standards for mechanical and thermal properties, Reliance Repol H110MA stands out for its traceability, regulatory documentation, and nationwide supply assurance—key for consistent, high-volume manufacturing.

Reliance PP Repol H110MAS is a nucleated polypropylene homopolymer developed by Reliance Industries Limited under the Repol brand for injection moulded products requiring higher stiffness, better surface finish, faster cycle times, and improved dimensional stability. It is designed for processors making rigid packaging, furniture parts, houseware items, and other molded articles where warpage control, gloss, and production efficiency are important. For buyers searching for Reliance H110MAS TDS, nucleated PP homopolymer injection grade, or polypropylene for rigid packaging and furniture moulding, this grade is a technically strong and commercially relevant option. Manufactured by Reliance Industries Limited, one of India’s leading petrochemical producers, Repol H110MAS belongs to the polypropylene homopolymer injection moulding family but stands apart because of its nucleated design. Compared with standard non-nucleated PP homopolymer grades, H110MAS is engineered to crystallize faster and more uniformly, which helps reduce cooling time, improve stiffness, and minimize common moulding defects such as warpage and sink marks.

Manufacturer and Brand Background

Reliance Industries Limited is a major producer of polypropylene for domestic and export markets, with a broad polymer portfolio serving packaging, automotive, furniture, houseware, industrial, and consumer goods sectors. Its Repol brand includes polypropylene homopolymers, random copolymers, impact copolymers, and specialty grades tailored to specific processing methods and end-use industries. Within this portfolio, Repol H110MAS is positioned as a premium injection moulding homopolymer for rigid applications where aesthetics and dimensional control matter. It is especially suitable for moulders who want the stiffness and productivity of PP homopolymer while also improving cycle time and reducing rejection caused by part distortion.

Nucleated Design and Processing Advantage

The key technical differentiator of H110MAS is nucleation. The nucleating additive increases crystallization rate and supports a higher crystallization temperature, which allows molded parts to set faster during cooling. In practical production terms, this can improve throughput, shorten cycle time, and support more efficient moulding operations. Nucleation also helps create more isotropic shrinkage, meaning shrinkage is more balanced in different directions. This is important for large flat parts, visible furniture components, and rigid packaging articles where uneven shrinkage can lead to warpage, dimensional inconsistency, and poor fit. In addition, H110MAS is known for higher surface gloss and a cleaner molded appearance, which makes it attractive for visible consumer and household products.

Technical Properties and Material Performance

Reliance PP Repol H110MAS is associated with a melt flow index of about 11 g/10 min at 230°C/2.16 kg, placing it in the medium-flow range commonly used for injection moulding of rigid parts. This MFI level provides a balanced combination of flow and structural performance, making it suitable for a wide range of molded articles from containers and lids to furniture and utility products. The density is approximately 0.90 g/cm³, which is standard for polypropylene homopolymer. Mechanical data associated with the grade indicates tensile strength at yield of around 38 MPa, elongation at yield of about 10 percent, flexural modulus of 1650 MPa, and notched Izod impact at 23°C of approximately 30 J/m. These values reflect a rigid PP homopolymer profile with good stiffness, useful strength, and sufficient toughness for many general-purpose injection moulded applications. From a technical selection standpoint, the most important strength of H110MAS is not only its mechanical profile but the way nucleation improves practical moulding behavior. Faster crystallization supports shorter cooling cycles, while isotropic shrinkage helps improve dimensional stability. This makes the grade especially useful for moulders looking to increase productivity without compromising part quality.

Processing Guidance

H110MAS is recommended for injection moulding applications. In practical terms, processors can expect a moulding behavior similar to other medium-flow PP homopolymer grades, with melt temperatures generally in the range of about 210°C to 260°C and mould temperatures commonly around 30°C to 50°C, depending on part geometry, wall thickness, mould design, and machine setup. The grade’s higher crystallization temperature helps parts solidify faster, which can reduce cooling time and improve cycle efficiency. Its balanced shrinkage behavior also helps reduce warpage and sink marks, especially in parts with broader surfaces or more demanding dimensional requirements. Actual processing conditions should always be optimized according to the mould, machine, and final product design.

Applications and Industry Use Cases

Rigid Packaging Containers and Lids

Reliance PP Repol H110MAS is highly suitable for rigid packaging applications such as food containers, storage boxes, jars, lids, and utility packaging components. Its stiffness and dimensional stability help maintain part shape and fit, while its improved gloss supports a cleaner and more premium finished appearance. For packaging manufacturers, this grade offers a strong balance between processability, rigidity, and visual quality.

Furniture Components

H110MAS is a strong choice for injection moulded furniture parts such as chair shells, stool components, backs, arms, and structural household fittings. In these applications, isotropic shrinkage and reduced warpage are especially valuable because large visible parts must retain shape and appearance after moulding. The nucleated structure also helps improve production efficiency in high-volume furniture manufacturing.

Houseware and Utility Products

The grade is widely relevant for houseware applications including buckets, basins, kitchenware, utility containers, thermoware outer parts, and other molded household products. These applications benefit from its stiffness, surface finish, and reduced moulding defects. For manufacturers producing consumer-facing plastic goods, H110MAS offers both practical processing advantages and better visual presentation.

Compounding and Household Plastic Industry

H110MAS can also be used in compounding, masterbatch, and filler-modified applications serving the household plastics and furniture industries. Its stable homopolymer base and rigid performance profile make it suitable for converters looking to create customized formulations while maintaining good mouldability and part quality.

Performance Advantages

The biggest advantage of H110MAS over standard PP homopolymer injection grades is its nucleated design. This improves crystallization behavior, which can reduce cooling time and increase production speed. For moulders running high-volume lines, this can translate into better machine utilization and lower cycle-related inefficiencies. Another major benefit is isotropic shrinkage. Standard PP homopolymer grades can sometimes show uneven shrinkage that leads to warpage, especially in larger or flatter molded parts. H110MAS is designed to reduce that issue, making it a more reliable choice for visible furniture components, rigid packaging, and houseware products where dimensional consistency matters. The grade also offers a better surface appearance than many non-nucleated alternatives. Higher gloss and cleaner molded surfaces make it more attractive for consumer-facing applications where part aesthetics are important alongside mechanical performance.

Comparable Alternatives

Within the Reliance Repol range, H110MA is the closest comparison. Both grades belong to the same 11 MFI PP homopolymer family and are used in injection moulding, but H110MAS is the nucleated version designed for faster crystallization, improved gloss, and better warpage control. H110MA remains a good general-purpose option, but H110MAS is the stronger choice when part appearance, dimensional stability, and cycle time are more important. H200MA and other higher-flow PP homopolymer injection grades may be considered where easier filling or thinner-wall part geometry is the main requirement. However, these alternatives may not deliver the same nucleation-driven benefits in stiffness, shrinkage balance, and surface finish. For moulders focused on rigid packaging, furniture, and houseware, H110MAS provides a more specialized performance profile. Compared with competing PP homopolymer injection grades from HMEL, IOCL, and OPaL, H110MAS stands out because of its nucleated structure and isotropic shrinkage behavior. Many competing grades in the 10 to 12 MFI range are suitable for general injection moulding, but H110MAS is better positioned for converters who want premium molded appearance, reduced warpage, and improved production efficiency rather than only basic flow and stiffness. The rationale behind H110MAS is clear: it is assigned to applications where moulding speed, dimensional control, surface gloss, and rigid part performance matter more than the broader general-purpose balance offered by standard non-nucleated PP homopolymer grades.

Reliance PP Repol H200MK is a specialty polypropylene homopolymer injection moulding grade developed by Reliance Industries Limited for applications that demand high flow, good stiffness, improved clarity, clean surface appearance, and reliable processing in intricate moulds. It is specially formulated with a clarifier and antistatic agent, making it highly suitable for syringes, clear rigid articles, thin-wall molded products, and multi-cavity injection moulding where transparency, gloss, and reduced dust attraction are commercially important. Manufactured by Reliance Industries Limited using Unipol polypropylene technology at Gujarat facilities, Repol H200MK belongs to the Repol homopolymer portfolio but occupies a more specialized position than standard general-purpose injection grades. It is designed for converters who need a PP homopolymer that can flow through long paths, fill complex geometries efficiently, and deliver rigid molded parts with better visual clarity and controlled surface behavior. For buyers searching for Reliance H200MK, clarified PP homopolymer for syringe moulding, or antistatic PP injection grade for clear containers, this grade is one of the most relevant options in the Reliance portfolio.

Manufacturer and Brand Background

Reliance Industries Limited is one of India’s leading polymer manufacturers with a broad polypropylene portfolio serving packaging, medical, industrial, consumer, and technical processing sectors. The Repol brand is widely recognized across domestic and export markets for polypropylene grades used in injection moulding, fibre, film, blow moulding, and extrusion applications. Within this portfolio, H200MK is positioned as a clarified and antistatic PP homopolymer for specialized injection moulding. Unlike standard PP homopolymer grades that focus mainly on stiffness and general processability, H200MK is tailored for applications where optical appearance, dust resistance, and long-flow mould filling are equally important. That makes it especially relevant for medical moulders, pharmaceutical packaging manufacturers, and producers of clear rigid consumer articles.

Technical Insights and Material Performance

Reliance PP Repol H200MK has a melt flow rate of 20 g/10 min at 230°C/2.16 kg, which gives it excellent flow behavior for thin-wall parts, intricate geometries, and long flow path moulds. This higher-flow profile is particularly useful in multi-cavity moulding, where uniform filling and repeatability are essential for production efficiency and part consistency. For syringe components, small medical articles, and clear rigid packaging, this flow level supports faster and cleaner mould filling than lower-MFI homopolymer grades. The density is approximately 0.90 g/cm³, which is typical for polypropylene homopolymer. Mechanical performance includes tensile strength at yield of 35 MPa, elongation at yield of 11 percent, flexural modulus of 1.70 GPa, notched Izod impact strength of 26 J/m at 23°C, and Shore D hardness of 69. These values show that H200MK maintains the rigidity expected from PP homopolymer while also offering enough toughness for molded medical and packaging components. Its most important technical differentiator is the additive package. The clarifier improves transparency and gloss, helping molded parts appear cleaner, brighter, and more visually refined than standard non-clarified PP homopolymers. The antistatic agent reduces static charge build-up, which helps limit dust attraction on molded surfaces. This is especially valuable in syringes, pharmaceutical packaging, and clear rigid articles where appearance, cleanliness, and handling quality matter. Another key strength is color stability and process consistency. In production environments where multiple cavities, long runs, and strict visual standards are involved, H200MK offers a more specialized solution than broad-purpose PP injection grades. It combines high flow with stiffness and optical improvement, which is why it is assigned to medical, pharmaceutical, and premium clear rigid moulding applications.

Processing Characteristics and Moulding Behavior

H200MK is recommended for injection moulding and is particularly suitable for multi-cavity tooling, intricate part geometries, and long flow path designs. Its 20 MFI profile helps the melt travel efficiently through narrow sections and detailed cavities, reducing the risk of incomplete filling in demanding moulds. This makes it highly relevant for syringe barrels, small medical components, clear containers, and thin-wall rigid packaging. A practical processing window is generally aligned with standard PP homopolymer injection conditions, with melt temperatures commonly around 210°C to 260°C depending on machine setup, mould design, and part geometry. The grade’s formulation supports smooth mould filling, good surface finish, and stable repeatability in high-output production lines. Storage is typically recommended in dry, closed conditions below 50°C and protected from direct light to preserve material quality.

Applications and Industry Use Cases

Medical Syringes and Pharmaceutical Components

Reliance PP Repol H200MK is especially suited for syringe moulding and related medical or pharmaceutical injection moulded products. These applications require a resin that can fill long flow paths, maintain dimensional consistency in multi-cavity tools, and deliver clean, rigid parts with good visual quality. The clarifier helps improve appearance, while the antistatic package supports cleaner surfaces with lower dust attraction during handling and storage.

Clear Rigid Articles

H200MK is a strong choice for clear rigid articles where standard PP homopolymer grades may not provide the same level of transparency and gloss. It is suitable for molded containers, cups, dispensers, utility packaging, and rigid consumer products that benefit from a cleaner visual finish. For manufacturers targeting clarity-oriented PP applications, this grade offers a practical balance of optical improvement and structural performance.

Thin-Wall Packaging and Small Injection Mouldings

Because of its 20 MFI flow behavior, H200MK performs well in thin-wall molded products and small precision components. It can support efficient cavity filling in parts with narrow sections or more complex geometry, which is useful in packaging, medical disposables, and compact molded articles. This makes it attractive for converters seeking productivity and part consistency in high-volume injection moulding.

Multi-Cavity Injection Moulding

H200MK is particularly relevant for multi-cavity moulding where repeatability, flow balance, and part uniformity are critical. In such production environments, a higher-flow clarified PP homopolymer can improve filling performance across cavities while also maintaining good stiffness in the final part. This is one of the reasons the grade is strongly positioned for syringe and pharmaceutical packaging applications.

Consumer and Specialty Rigid Packaging

The grade can also be used in specialty rigid packaging and consumer molded articles where appearance, gloss, and reduced static-related dust pick-up are important. For converters making premium clear or semi-clear molded products, H200MK offers a more refined performance profile than standard general-purpose homopolymer grades.

Performance Advantages

The biggest advantage of H200MK is its combination of clarifier and antistatic additive technology. Many PP homopolymer injection grades offer stiffness and processability, but fewer are specifically designed to improve optical appearance while also reducing dust attraction. This makes H200MK more suitable for medical and clear rigid applications where cleanliness and presentation matter. Its 20 MFI flow profile is another major benefit. Compared with lower-flow PP homopolymers, H200MK fills intricate moulds more easily and supports long flow path applications more effectively. This can improve productivity and reduce moulding challenges in multi-cavity and thin-wall production. The grade also delivers a strong stiffness profile with a flexural modulus of 1.70 GPa, which helps maintain part rigidity even in applications requiring better clarity. That balance between flow, stiffness, and appearance is the core reason H200MK is assigned to syringe moulding, clear rigid packaging, and specialty injection moulded articles.

Alternatives and Comparable Grades

Within the Reliance Repol portfolio, H200MA is one of the closest alternatives in terms of melt flow rate, as it also sits in the 20 MFI PP homopolymer range. However, H200MA is positioned more as a standard injection moulding grade, while H200MK adds clarifier and antistatic functionality. For buyers who need transparency, cleaner surfaces, and better suitability for medical or clear rigid applications, H200MK is the more specialized choice. H110MA and H110MAS are lower-flow alternatives in the 11 MFI range and are better suited to rigid containers, furniture, and houseware where stiffness and dimensional control are priorities but very high flow and optical enhancement are not essential. H110MAS also offers nucleation benefits for warpage control, but it does not occupy the same clarified, syringe-oriented niche as H200MK. Compared with clarified PP injection grades from HMEL, IOCL, and OPaL, H200MK competes strongly because of its combined clarifier and antistatic formulation, strong flow behavior, and medical-oriented positioning. Many competing grades may offer clarity or injection performance, but H200MK is particularly well aligned for syringe moulding, pharmaceutical packaging, and clear multi-cavity molded products where all three factors—flow, clarity, and surface cleanliness—must work together. The rationale behind the assigned grade is clear: H200MK is selected when the application requires a clarified, antistatic PP homopolymer with high flow for intricate injection moulding rather than a standard general-purpose PP resin.

Reliance Repol H230FG is a polypropylene homopolymer fibre grade developed by Reliance Industries Limited for fibre spinning and bulk continuous filament applications. It is designed for processors who need stable melt behaviour, dependable spinning performance and a formulation suitable for demanding yarn applications such as carpet yarn, upholstery yarn and multifilament production. For buyers searching for Reliance Repol H230FG, H230FG PP fibre grade, or 25 MFI polypropylene homopolymer for BCF, this grade stands out as a specialised fibre resin rather than a general-purpose PP Homopolymer. A key commercial advantage of H230FG is its positioning as a fibre-grade material with an excellent process stabiliser package and gas-fading resistance. That matters in real production environments where spinning consistency, thermal stability and long-term yarn appearance can directly affect output quality, line efficiency and downstream customer acceptance. Instead of being selected only on melt flow, H230FG is usually chosen for the way it supports stable fibre production and end-use reliability.

Manufacturer and Brand Background

Reliance Industries Limited is one of India’s largest polymer manufacturers, with a broad polypropylene portfolio under the Repol brand. The company supplies grades for film, raffia, injection moulding, fibre and specialty applications across Indian and export markets. Within this portfolio, H230FG sits in the fibre and filament segment, alongside other Reliance grades developed for multifilament, staple fibre and fine fibre Applications. This positioning is important because fibre-grade polypropylene requires a different performance balance than packaging or moulding grades. In spinning applications, processors look for stable rheology, low defect generation and reliable melt behaviour across long production runs. H230FG is designed to support those requirements, making it relevant for technical textile manufacturers, carpet yarn producers and multifilament processors looking for a proven Reliance PP homopolymer grade.

Technical Insights

Repol H230FG has a melt flow rate of 25 g/10 min and a density of 0.90 g/cc, placing it in a flow range suitable for fibre spinning and BCF applications where controlled extrusion and filament formation are important. Mechanically, the grade shows tensile strength at yield of 34 MPa, elongation at yield of 10%, and a flexural modulus of 1550 MPa, indicating a balanced stiffness and strength profile for fibre-grade processing.The grade also reports notched Izod impact of 25 J/m at 23°C and heat deflection  emperature of 104°C, which help reinforce its practical durability and thermal handling profile. For processors, these values are useful not because the resin is used as a moulded part, but because they indicate the underlying material balance that supports stable yarn formation and end-use performance. One of the most important technical strengths of H230FG is its excellent process stabiliser package, which supports thermal and oxidative stability during high-speed spinning. It is also known for gas-fading resistance, a valuable property in carpet yarn and upholstery applications where exposure to atmospheric pollutants can affect colour appearance over time. Reliance and market references recommend melt temperatures of 220–260°C for fibre spinning and BCF processing, with final settings adjusted according to denier, line speed and yarn construction.

Applications and Industry Use Cases

Bulk Continuous Filament Carpet Yarn

Repol H230FG is highly relevant for BCF carpet yarn production, where processors need a polypropylene homopolymer grade that can support stable spinning and consistent filament quality. In carpet applications, gas-fading resistance is especially valuable because yarn appearance and shade retention matter during storage, installation and long-term use.

Multifilament Yarn Production

For multifilament spinning, H230FG offers a useful combination of melt flow, process stability and balanced mechanical properties. This makes it suitable for manufacturers producing yarns that require smooth extrusion behaviour, dependable filament formation and practical performance across continuous production runs.

Upholstery and Interior Textile Yarn

The grade is also a strong fit for upholstery and interior textile yarn applications where fibre consistency and resistance to appearance-related degradation are important. In these segments, processors often prefer grades like H230FG because they are designed to support both production efficiency and end-use durability.

Fine Fibre and Technical Textile Applications

H230FG can also be used in fine fibre and technical textile applications where processors need a PP fibre grade with stable rheology and reliable spinning behaviour. It is particularly relevant where the manufacturer wants a fibre-focused homopolymer rather than adapting a general-purpose PP grade for spinning.

Staple Fibre and General Fibre Spinning

Although strongly associated with BCF and multifilament uses, H230FG also fits broader fibre spinning applications where a 25 MFI PP homopolymer is preferred. For converters and yarn manufacturers, this makes it a practical grade for diversified fibre programs serving multiple textile and industrial end uses.

Comparable Alternatives and Grade Positioning

In the Indian polypropylene fibre market, Repol H230FG is commonly compared with Reliance H020EG, Reliance H350FG, HMEL Y25GR/Y25GR1, and IOCL PPY2501. These grades may serve related fibre applications, but they differ in melt flow, spinning behaviour and end-use positioning. Within the Reliance portfolio, H020EG is a much lower-flow 2 MFI grade used for multifilament yarn and staple fibre where processors may want a different tenacity and draw profile. H350FG, on the other hand, is a higher-flow 38 MFI grade better aligned with finer fibre and certain BCF applications where a different spinning response isrequired. H230FG sits between these grades, which makes it a balanced option for processors needing a mid-to-high flow fibre grade with strong BCF relevance. Against external alternatives, HMEL Y25GR/Y25GR1 is one of the closest direct comparisons because it also targets carpet, multifilament and BCF applications at a similar flow level and includes anti-gas-fading positioning. IOCL PPY2501 is another comparable Indian fibre homopolymer option in the same broad application family. The main rationale for choosing H230FG is usually Reliance brand preference, fibre spinning consistency, gas-fading resistance and fit for BCF or multifilament operations that need a proven 25 MFI PP homopolymer.

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.

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.