Products

OPAL PP Opalene MH55N is a polypropylene homopolymer injection moulding grade manufactured by ONGC Petro Additions Limited (OPaL) under the OPaLene PP portfolio. Produced using Ineos Gas Phase polymerization technology, this natural coloured grade is designed for converters who need very high flow, excellent stiffness, good dimensional stability, and anti-static performance in fast-cycle injection moulding environments. MH55N is positioned as a high flow nucleated PP homopolymer for processors working with thin-wall parts, multi-cavity moulds, high-volume consumer products, housewares, and compounding applications. Its nucleated formulation supports faster crystallization and more stable part formation, while the anti-static property helps reduce dust attraction and improves handling in production and storage.

Manufacturer Snapshot

ONGC Petro Additions Limited (OPaL) is one of India’s major petrochemical manufacturers with a broad polypropylene portfolio serving injection moulding, film, raffia, and specialty industrial applications. OPaLene PP grades are widely used in the Indian plastics market for application-focused performance, dependable product consistency, and regulatory documentation that supports industrial and compliance-sensitive end uses.

Technical Insights and Data Sheet Highlights

OPAL PP Opalene MH55N has a melt flow index of 55 g/10 min, placing it in the very high-flow category for polypropylene homopolymer injection moulding grades. This makes it especially suitable for thin-wall moulding, multi-cavity tools, and applications where fast cavity filling and shorter cycle times are commercially important. The grade has a density of 0.90 g/cm³, consistent with lightweight rigid polypropylene applications. In mechanical performance, MH55N offers 35 MPa tensile strength at yield, giving processors a reliable stiffness-oriented resin for moulded parts that need shape retention and structural stability. Its 15% elongation at break reflects a controlled balance between rigidity and practical handling toughness. For stiffness, MH55N delivers a flexural modulus of 1600 MPa, which is a strong indicator of rigid part performance in consumer products, housewares, and packaging components. Its notched Izod impact strength of 22 J/m at 23°C supports everyday durability, while Rockwell hardness of 100 on the R scale reinforces the hard surface character expected in rigid injection moulded parts. Thermally, MH55N provides a Vicat softening point of 150°C and a heat deflection temperature of 115°C, helping parts retain dimensional integrity under moderate heat exposure. The nucleated nature of the grade improves crystallization speed and dimensional control, while the anti-static additive supports cleaner surfaces and easier downstream handling.

Injection Moulding Performance

MH55N is engineered for processors who need a polypropylene homopolymer that can run efficiently in demanding injection moulding lines. Its very high flow helps fill thin sections quickly, supports multi-cavity productivity, and reduces processing difficulty in complex mould geometries. The nucleated formulation is especially valuable in high-output moulding because it supports faster crystallization and more predictable part dimensions. Combined with anti-static performance, this makes MH55N a practical choice for converters focused on throughput, part consistency, and cleaner handling behavior.

Applications

Consumer Products

OPAL PP Opalene MH55N is well suited for consumer product moulding where fast processing, good stiffness, and stable part quality are required. It can be used in utility items, personal care packaging components, and other high-volume moulded products where production efficiency and rigid performance are key buying factors.

Housewares

For housewares, MH55N offers the combination of high flow, stiffness, and dimensional stability needed for repeat-volume moulding. It is suitable for moulded home-use products such as storage items, kitchen-related articles, organizers, and rigid daily-use plastic components that benefit from fast cycles and reliable shape retention.

Thin-Wall Rigid Packaging

MH55N is particularly relevant for thin-wall rigid packaging because its 55 MFI flow profile supports easy filling of thinner sections and efficient moulding in high-speed production environments. This makes it a strong candidate for rigid packaging components where lightweight design, cycle-time efficiency, and dimensional consistency are important.

Multi-Cavity Moulding

One of the strongest use cases for MH55N is multi-cavity moulding. Its very high flow and nucleated behavior help processors maintain productivity across multiple cavities, improve repeatability, and support better output in commercial moulding operations where speed and consistency directly affect profitability.

Base Resin for Compounding

MH55N also works well as a base resin for compounding applications where processors need a high-flow polypropylene homopolymer for downstream formulation. Its flow profile and stiffness characteristics make it useful for compounders targeting injection moulding applications that require easy processing and rigid end-use performance.

Comparable Alternatives

Within the OPaL injection moulding portfolio, OPAL PP Opalene MH25N is a strong alternative for processors seeking a high-flow clarified grade for transparent containers and medical syringe applications. MH55N, however, is better positioned where very high flow, nucleation, anti-static performance, and multi-cavity productivity are more important than clarity. Compared with OPAL PP Opalene MH23, MH55N offers much higher flow and is better suited for ultra-fast filling, thin-wall packaging, and high-output moulding lines. MH23 remains a strong general-purpose high-flow grade, but MH55N is the better fit when processors need a more productivity-driven resin for demanding tooling conditions. Against OPAL PP Opalene MH13 and MH13A, MH55N is clearly the faster-flow option. MH13 and MH13A are more aligned with stiffness-led injection moulding, with MH13A adding anti-static benefit, while MH55N is assigned to applications where very high flow, nucleation, and multi-cavity efficiency are the main selection drivers.

OPaL PP Opalene RH03

OPaL PP Opalene RH03 is a polypropylene homopolymer raffia grade manufactured by ONGC Petro additions Limited (OPaL) under the OPaLene PP portfolio. Produced using Ineos Gas Phase polymerization technology, this grade is positioned for raffia tape extrusion, woven sacks, strapping, FIBC and packaging fabric applications where processors need stable conversion, balanced tape properties and dependable commercial performance. OPaLene RH03 is commercially relevant for Indian converters supplying cement bags, fertilizer bags, food grain sacks, jumbo bags and general industrial woven packaging. The grade is recognized for very good processability, low water carry-over and a good balance of tenacity and elongation, making it suitable for raffia and woven applications where line consistency and end-use strength matter.

Manufacturer Snapshot

ONGC Petro additions Limited is a major Indian petrochemical producer with an established polypropylene portfolio marketed under the OPaLene PP brand. RH03 is a documented manufacturer-backed grade, not a generic trade listing, which strengthens buyer confidence for specification checks, compliance review and procurement validation. This matters in a market where many ranking pages are thin reseller entries without strong technical or entity clarity.

Technical Insights and Product Performance

OPaL PP Opalene RH03 has a melt flow index of 3.3 g/10 min at 230°C/2.16 kg, placing it in a practical range for raffia tape and woven sack conversion rather than high-flow molded applications. Its density is 0.90 g/cm³, which is typical for polypropylene homopolymer grades used in packaging and tape structures. From a mechanical standpoint, RH03 offers tensile strength at yield of 35 MPa and elongation at yield of 10%, supporting the balance of stiffness and drawability expected in raffia processing. A flexural modulus of 1500 MPa helps maintain structural firmness in woven packaging formats, while notched Izod impact strength of 50 J/m adds useful toughness for handling and transport environments. Thermally, the grade shows Rockwell hardness of 100 on the R scale, a Vicat softening point of 150°C and heat deflection temperature of 95°C. Together, these values support its suitability for industrial packaging applications where dimensional stability, handling strength and process reliability are important. Its low water carry-over characteristic is especially relevant for converters seeking smoother extrusion behavior and cleaner tape-line performance.

Processing Guidance

For extrusion-oriented raffia applications, RH03 is typically processed in the 200–260°C range. This window fits tape extrusion and woven sack production where processors need workable melt behavior, stable stretching conditions and consistent output. In practical terms, the grade is best suited to converters looking for dependable raffia line performance for sacks, jumbo bags and woven packaging fabric.

Applications

Raffia Tape and Woven Sack Production

RH03 is primarily designed for raffia tape extrusion and woven sack manufacturing. Its processability profile and tenacity-elongation balance make it suitable for producing tapes used in woven bags for cement, fertilizer and food grain packaging. This makes it a strong fit for converters targeting high-volume industrial sack production where consistency and bag strength are critical.

FIBC and Bulk Industrial Packaging

For FIBC and jumbo bag applications, RH03 offers the kind of raffia-oriented performance that supports woven structures used in bulk material handling. Its positioning for low water carry-over and stable processing is valuable for manufacturers producing industrial packaging for chemicals, minerals, agri-inputs and other bulk goods that require reliable woven fabric performance.

Strapping, Wrapping Fabric and Technical Woven Uses

RH03 is also relevant for strapping and general-purpose wrapping fabric where polypropylene homopolymer raffia grades are preferred for process stability and structural performance. It can also serve technical woven applications such as geotextile-related structures, where converters need a practical balance between extrusion behavior, tape formation and end-use handling strength.

Compliance and Regulatory Positioning

OPaL’s declared compliance profile for RH03 supports its relevance in regulated packaging discussions. The grade is stated to conform to IS 10910 for safe use in contact with foodstuffs, pharmaceuticals and drinking water, while also meeting IS 10909 positive-list requirements and US FDA 21 CFR 177.1520 for olefin polymers. For buyers in food grain and related packaging segments, this adds an important trust layer, though final suitability should always be validated against the specific converter design and end-use conditions.

Comparable Alternatives

RH03 competes most directly with Indian PP homopolymer raffia grades such as Haldia Halene-P R103 and IOCL P1030RG. These grades are all positioned around woven sacks, raffia tape and FIBC-type applications, so grade selection should not rely on melt flow alone. Compared with Haldia Halene-P R103, RH03 sits in a similar raffia-use space and is relevant for woven sacks, FIBC and related packaging fabrics. Buyers may compare the two based on supply preference, processing familiarity and the exact balance they need between line behavior and woven end-use performance. Against IOCL P1030RG, RH03 is again a close application competitor for tape and woven sack production. The practical differentiation comes from manufacturer ecosystem, declared grade positioning, processing comfort on existing lines and the buyer’s confidence in documentation, sourcing continuity and conversion results. Overall, RH03 is assigned clearly as a raffia grade because its MFI, processability profile and tenacity-elongation balance align with tape drawing and woven packaging rather than injection molding or high-clarity film applications.

OPAL PP Opalene RH22U

OPAL PP Opalene RH22U is a polypropylene homopolymer fiber and filament grade manufactured by ONGC Petro Additions Ltd. under the OPaLene PP brand. Positioned for continuous filament, staple fibres, multi filament yarns, caps, closures, and consumer products, RH22U is designed for processors who need a balanced flow profile along with UV stabilization and anti-gas fading performance. This makes it especially relevant for fiber applications where appearance retention, processing consistency, and long-term material stability matter. ONGC Petro Additions Ltd. is a major Indian petrochemical producer with an established polypropylene portfolio manufactured using Ineos gas phase technology. For buyers searching for OPAL PP Opalene RH22U, RH22U PP fiber grade, UV stabilized polypropylene homopolymer, or RH22U supplier India, this grade offers a commercially valuable combination of fiber-processability, color stability, and application flexibility across textile and molded consumer segments. Opalene RH22U is developed for fiber and filament processing environments where converters need dependable melt flow, stable spinning behavior, and better resistance to visual degradation during storage or use. With a melt flow index of 23 g/10 min, RH22U fits the higher-flow polypropylene homopolymer category used in continuous filament and staple fiber production, while also extending into selected caps, closures, and consumer product applications. What differentiates RH22U is its UV stabilized and anti-gas fading profile. In practical manufacturing terms, this means the grade is better aligned to applications where exposure conditions, storage stability, and appearance consistency are commercially important. For processors, that translates into a resin choice that supports smoother production, more reliable output, and better retention of product quality in fiber-based and selected molded end uses.

Technical Insights

OPAL PP Opalene RH22U has a melt flow index of 23 g/10 min, which places it in a suitable range for continuous filament, staple fibre, and multi-filament yarn processing where controlled flow and stable extrusion behavior are important. Its density of 0.90 g/cm³ is consistent with polypropylene homopolymer material characteristics expected in fiber-grade applications. From a mechanical perspective, RH22U shows tensile yield around 35 MPa, supporting a useful balance of strength and processability for fiber conversion. This makes the grade relevant for manufacturers who need dependable resin behavior during spinning and downstream handling. Even where complete published property depth is limited, the available profile clearly positions RH22U as a specialized PP fiber grade rather than a general-purpose molding resin. The technical strength of RH22U lies in the combination of flow performance with UV stabilization and anti-gas fading. UV stabilization helps support better durability in applications exposed to light or extended storage conditions, while anti-gas fading helps reduce the risk of yellowing or appearance loss. For fiber processors, these are not just additive claims but practical quality advantages that can improve finished-product acceptability.

Applications

Continuous Filament

OPAL PP Opalene RH22U is well suited for continuous filament production where processors need a polypropylene homopolymer grade with stable flow, smooth spinning behavior, and consistent resin quality. Its balanced MFI profile supports efficient extrusion, while its UV stabilized nature adds value in applications where filament products may face storage or service exposure.

Staple Fibres and Multi Filament Yarns

For staple fibres and multi filament yarns, RH22U offers a commercially useful mix of processability, strength, and appearance stability. The anti-gas fading feature is particularly relevant in fiber applications where yellowing or shade change can affect downstream quality perception. This makes RH22U a strong option for manufacturers focused on consistent output and better visual retention.

UV-Exposed Fiber Applications

RH22U is especially relevant in UV-exposed textile and industrial fiber applications where ordinary polypropylene grades may not offer the same level of stability. Its UV stabilization helps support longer-lasting performance in environments where light exposure can influence material behavior, making it suitable for buyers who prioritize durability along with processing efficiency.

Caps, Closures and Consumer Products

Beyond fiber applications, RH22U also extends into caps, closures, and selected consumer products. This broader positioning makes it useful for processors who want a polypropylene homopolymer grade with balanced flow and added stabilization benefits for molded parts where appearance and material consistency remain important.

Comparable Alternatives

Within the OPaL portfolio, RH22U occupies a distinct position as a UV stabilized, anti-gas fading polypropylene homopolymer for fiber and filament processing. Compared with OPaL RH25X, RH22U is more differentiated by its UV-focused positioning, while RH25X is more strongly associated with multi filament yarns, fine denier staple fibers, and spunbond nonwoven applications. Buyers choosing between them should evaluate whether UV stability or spunbond-specific positioning is the higher priority. Compared with OPaL RH38, RH22U is generally the better fit when the application requires a more balanced fiber-grade profile with stabilization benefits rather than a higher-flow spunbond-oriented grade. RH38 is closer to high-speed spunbond and fine denier processing requirements, whereas RH22U is broader in its use across continuous filament, staple fibres, and selected molded consumer applications. Against general Indian fiber-grade polypropylene alternatives, RH22U stands out because its value is not only in melt flow but in the added UV stabilization and anti-gas fading package. That gives it a clearer rationale in applications where long-term appearance and exposure resistance matter, making it more than just another PP homopolymer with a similar MFI range.

OPAL PP Opalene RH25X

OPAL PP Opalene RH25X is a polypropylene homopolymer fibers and filaments grade manufactured by ONGC Petro Additions Ltd. under the OPaLene PP brand. Developed using Ineos gas phase polymerization technology, this natural-colored high-performance resin is designed for multi filament yarns, fine denier staple fibers, and spun bond non-woven applications. The grade is positioned for processors who need strong spinning performance, reliable resin consistency, and stable output across demanding fiber conversion lines. ONGC Petro Additions Ltd. is a recognized Indian petrochemical manufacturer with an established polypropylene portfolio supported by official technical data sheets and food-contact declarations. For buyers searching for Opalene RH25X supplier India, RH25X PP fiber grade, or polypropylene homopolymer for spunbond nonwoven, this grade stands out for its combination of processability, strength, resin purity, and anti-gas fading performance. A key commercial advantage of RH25X is its anti-gas fading property. In practical terms, this helps support appearance stability in finished fiber-based products where discoloration risk can affect acceptance in the market. Combined with good mechanical strength and balanced stiffness, RH25X is a strong fit for manufacturers looking for a PP homopolymer grade for multi filament yarns, fine denier staple fibers, and spunbond nonwoven structures. OPAL PP Opalene RH25X has a melt flow index of 25 g/10 min at 230°C/2.16 kg, making it suitable for higher-speed fiber and filament processing where flow consistency is important. The density is 0.90 g/cm³, which aligns with polypropylene homopolymer characteristics expected in fiber-grade applications. From a mechanical standpoint, RH25X offers tensile strength at yield of 35 MPa, elongation at break of 20%, and flexural modulus of 1450 MPa. This property balance supports fiber formation with useful stiffness and strength, helping converters target stable processing and dependable end-product performance. The grade also shows notched Izod impact strength of 20 J/m at 23°C and Rockwell hardness of 95 on the R scale, indicating a robust homopolymer profile for industrial fiber applications. Thermally, the heat deflection temperature is 100°C, which supports processing environments where dimensional and thermal behavior matter during conversion. The technical strength of RH25X lies not in optical film performance but in its suitability for fiber spinning, staple fiber production, and spunbond nonwoven manufacturing where resin uniformity, throughput, and consistent output are commercially critical.

Applications

Multi Filament Yarns

OPAL PP Opalene RH25X is well suited for multi filament yarn production where processors need a polypropylene homopolymer grade with smooth flow, good spinning behavior, and reliable strength. Its high-flow profile and resin uniformity help support stable extrusion conditions, making it relevant for industrial yarn manufacturers focused on output consistency and reduced variation across batches.

Fine Denier Staple Fibers

For fine denier staple fibers, RH25X offers a balanced combination of processability, strength, and purity. These characteristics are important in applications where fiber quality, consistency, and appearance matter during downstream conversion. The anti-gas fading property also adds practical value in staple fiber applications where long-term visual stability can influence product acceptance.

Spunbond Nonwoven

RH25X is also positioned for spun bond non-woven applications, making it relevant for nonwoven producers serving hygiene, industrial textile, filtration, and packaging-related segments. Its fiber-oriented processing profile supports high-performance conversion, while the resin’s uniformity helps manufacturers maintain more dependable line behavior and product consistency in spunbond structures.

Industrial Fiber and Nonwoven Processing

Across fiber and nonwoven industries, RH25X fits buyers looking for a PP grade for spunbond nonwoven, PP raw material for staple fiber, and polypropylene grade for filament extrusion. Its technical profile makes it especially relevant where production efficiency, stable resin behavior, and commercially acceptable finished output are key purchasing criteria.

Comparable Alternatives

Within the OPaL portfolio, RH25X sits in a fiber and filament-focused position with clear relevance for multi filament yarns, fine denier staple fibers, and spunbond nonwovens. Compared with OPaL RH03, RH25X is the more suitable choice when the application is centered on fiber spinning rather than stretched tapes, raffia-style structures, or woven industrial packaging. RH03 is more tape-oriented, while RH25X is better aligned to yarn and nonwoven processing. Compared with OPaL RH38, RH25X appears better suited when buyers want a balanced high-flow fiber grade for multi filament yarns and staple fibers along with spunbond use. RH38 is closer to higher-flow, high-speed spunbond and fine denier fiber requirements, so substitution should be evaluated based on line speed, denier targets, and the dominance of spunbond versus yarn applications. The rationale behind RH25X is clear: it is assigned as a polypropylene homopolymer grade for processors who need a commercially balanced combination of processability, strength, purity, uniformity, and anti-gas fading performance. For buyers validating alternatives in India, RH25X should be considered when the requirement is not general PP molding or film use, but a dedicated PP fiber grade with manufacturer-backed application positioning.

OPAL PP Opalene RH38

OPAL PP Opalene RH38 is a polypropylene homopolymer fiber grade manufactured by ONGC Petro Additions Ltd. under the OPaLene PP brand. Produced using Ineos gas phase polymerization technology, this high flow grade is positioned for fine denier fibers, spun bond non-woven, and high speed spinning applications where converters need stable processing, reliable resin uniformity, and commercially consistent output. ONGC Petro Additions Ltd. is one of India’s recognized petrochemical manufacturers with an established polypropylene portfolio supported by official technical data sheets and food contact declarations. For buyers searching for OPAL RH38 supplier India, RH38 PP spunbond grade, or high flow polypropylene homopolymer for nonwoven production, this grade offers a strong combination of processability, fiber-oriented flow behavior, and compliance-backed credibility.

Product Description

Opalene RH38 is developed for processors operating high-speed fiber and nonwoven lines where melt flow, throughput, and consistency directly affect production efficiency. With a melt flow index of 38 g/10 min, RH38 sits in the higher-flow segment of polypropylene homopolymer grades and is especially relevant for spun bond nonwoven structures and fine denier fiber production where smooth extrusion and stable web formation are critical. The grade is designed to support manufacturers who need a PP homopolymer that can perform reliably under demanding spinning conditions without compromising resin consistency. In practical terms, RH38 is best suited for applications where output speed, finer fiber formation, and dependable line behavior matter more than general-purpose molding versatility. This makes it a focused technical choice for nonwoven and fiber processors looking for a specialized raw material rather than a commodity polypropylene grade. OPAL PP Opalene RH38 has a melt flow index of 38 g/10 min, which places it in a distinctly high-flow category for polypropylene homopolymer fiber grades. This higher MFI profile makes the material especially suitable for high speed spinning and spun bond nonwoven production, where controlled melt behavior and efficient conversion are essential for maintaining productivity and product consistency. The density of 0.90 g/cm³ aligns with standard polypropylene homopolymer material identity, while the broader mechanical and thermal profile supports its role in fine denier fiber and nonwoven applications. For manufacturers evaluating PP grades, the technical importance of RH38 lies in how its flow behavior supports finer fiber formation, more efficient line speeds, and smoother processing across demanding nonwoven operations. From a buyer’s perspective, RH38 should be understood as a specialized high-flow PP homopolymer rather than a general-purpose resin. Its technical strength is in supporting applications where throughput, fiber fineness, and process stability are commercially critical. That makes it particularly relevant for processors selecting raw material for spun bond nonwoven production, high speed spinning lines, and fine denier fiber output.

Applications

Spun Bond Nonwoven

OPAL PP Opalene RH38 is strongly positioned for spun bond non-woven applications where processors need a high flow polypropylene homopolymer capable of supporting stable web formation and efficient line performance. Its flow profile makes it suitable for nonwoven manufacturers serving hygiene, medical, industrial, packaging, and filtration-related segments where consistency and throughput are key purchasing factors.

Fine Denier Fibers

For fine denier fiber production, RH38 offers the kind of high-flow behavior that helps processors target finer output with more dependable conversion performance. This makes it relevant in applications where fiber fineness, uniformity, and smooth processing are important to downstream quality and commercial acceptance.

High Speed Spinning

RH38 is also a suitable choice for high speed spinning environments where ordinary PP grades may not deliver the same level of flow efficiency. In these operations, the grade supports faster processing conditions and helps manufacturers maintain line stability while targeting high-output production schedules.

Fiber and Nonwoven Manufacturing

Across the broader fiber and nonwoven sector, RH38 fits buyers looking for a PP grade for spunbond nonwoven, polypropylene for fine denier fibers, and high flow PP homopolymer for industrial textile conversion. Its application profile makes it especially useful where production speed, resin consistency, and process control are central to grade selection.

Comparable Alternatives

Within the OPaL portfolio, RH38 is the more aggressive high-flow option when compared with RH25X and RH22U. RH25X, with its 25 MFI positioning, is better suited for multi filament yarns, fine denier staple fibers, and spun bond non-woven applications where a more balanced fiber-grade profile is preferred. RH38, by contrast, is the stronger choice when higher flow and high speed spinning performance are the main requirements. Compared with RH22U, RH38 is less about UV stabilization and anti-gas fading and more about processing speed and spunbond-oriented conversion. RH22U is broader in its positioning across continuous filament, staple fibers, and selected molded applications, while RH38 is more tightly aligned to processors prioritizing fine denier fibers and high-speed nonwoven production. The rationale behind RH38 is clear: it is assigned as a high flow polypropylene homopolymer for converters who need faster spinning, finer fiber capability, and stronger suitability for spun bond nonwoven manufacturing. For Indian buyers comparing OPaL grades, RH38 should be selected when the application is driven by line speed and nonwoven efficiency rather than broader fiber versatility or stabilization-focused performance.

OPaL PPCP Opalene EI01N

Opalene EI01N is a nucleated, high-melt-strength polypropylene impact copolymer (PPCP) produced by ONGC Petro additions Ltd (OPaL) using advanced INEOS gas-phase technology. Engineered for extrusion and blow-moulding, EI01N delivers a unique balance of rigidity, impact strength, and melt strength—making it ideal for corrugated/twin-wall sheets, pipes, thermoformed trays, and blow-moulded containers. The grade is optimized for converters seeking high performance, dimensional stability, and process consistency.

Deep Technical Insights

Opalene EI01N’s heterophasic block copolymer structure, created via INEOS gas-phase polymerization, features a semi-crystalline PP matrix and a finely dispersed rubber phase. This architecture delivers high melt strength for stable extrusion and blow-moulding, while maintaining robust impact resistance and flexural modulus. Nucleation accelerates crystallization, reduces cycle times, and improves dimensional stability—crucial for multi-cavity extrusion lines and complex profiles. The grade’s low moisture absorption, stain resistance, and solvent resistance ensure reliable performance in industrial, agricultural, and packaging environments.

Applications & Industry Use Cases

Corrugated / Twin-Wall Sheets: EI01N is ideal for PP hollow boards used in industrial packaging, logistics, signage, and construction. Its high melt strength supports stable sheet extrusion, while impact resistance protects against drops and stacking loads. Corrugated Pipes & Fittings: The grade’s stiffness and toughness enable durable pipes and fittings for drainage, cable ducts, and water management, withstanding burial, installation, and mechanical stress. Thermoformed Products & Blow-Moulded Containers: EI01N excels in rigid trays, industrial bottles, and containers formed by thermoforming or blow-moulding, offering lightweight designs with strong impact and stacking performance.

Performance Advantages of Opalene EI01N PPCP

Opalene EI01N delivers superior melt strength for extrusion and blow-moulding, ensuring stable parison and sheet behaviour. Its impact resistance (150 J/m Izod) and flexural modulus (1,100 MPa) support load-bearing, stackable products. The grade’s nucleation reduces cycle times and warpage, while its chemical and stain resistance, low moisture uptake, and recyclability make it a sustainable, high-performance choice for converters and OEMs.

OPaL PPCP Opalene EI02N

Opalene EI02N is a high-stiffness polypropylene impact copolymer (PPCP) from ONGC Petro additions Ltd (OPaL), engineered for load-bearing, structurally demanding applications. Manufactured using advanced INEOS gas-phase technology at OPaL's Dahej complex, EI02N combines exceptional rigidity with impact resistance and light-weighting potential, making it ideal for crates, pallets, furniture frames, automotive housings, and industrial enclosures.

Deep Technical Insights

Opalene EI02N features a heterophasic polypropylene architecture—a semi-crystalline PP matrix with finely dispersed ethylene-propylene rubber phase—delivering high impact strength while maintaining structural rigidity. The INEOS gas-phase polymerization process ensures consistent melt flow index, tight morphological control, and minimal property variation across batches, supporting converters in high-cavity tooling and complex mould designs. EI02N's engineered stiffness-impact balance enables wall-thickness reduction and weight savings compared to homopolymer PP or lower-stiffness PPCP grades, while maintaining durability under stacking, drop impact, and repeated handling.

Applications & Industry Use Cases

Crates, Pallets & Industrial Bins: EI02N is engineered for returnable transport packaging (RTP), industrial storage bins, and stackable crates where high stiffness prevents deflection under load and impact resistance resists drops and rough handling. Its chemical resistance supports use in detergent, food and agricultural logistics. Furniture & Load-Bearing Components: Ideal for chair frames, table legs, structural supports, and modular furniture systems requiring both rigidity and impact toughness. EI02N's light density enables thinner-wall designs without sacrificing strength. Automotive & Appliance Parts: Used in interior panels, protective housings, technical enclosures, and non-structural automotive components, EI02N delivers dimensional stability, thermal performance, and the impact resistance needed for long-term durability.

Performance Advantages of Opalene EI02N PPCP

Opalene EI02N stands out for its exceptional stiffness-impact balance, enabling converters to design lighter, thinner-walled parts without compromising structural integrity. Its INEOS gas-phase pedigree ensures consistent mechanical properties, predictable cycle times, and excellent surface finish. EI02N's chemical resistance, moisture inertness, and recyclability position it as a sustainable choice for industrial, packaging, furniture, and automotive manufacturers seeking performance and environmental responsibility.

Opal PPCP Opalene MI03

Opal PPCP Opalene MI03 is a heterophasic polypropylene impact copolymer engineered for high-performance injection molding applications. Manufactured by OPaL using advanced Ineos Gas Phase polymerization, MI03 delivers a unique balance of toughness, flow, and processability. This grade is tailored for demanding automotive, furniture, and industrial components where impact strength, dimensional stability, and regulatory compliance are essential.

Deep Technical Insights

Opal MI03 features a two-phase microstructure with isotactic polypropylene matrix and finely dispersed ethylene-propylene rubber domains. The Ineos Gas Phase process ensures uniform particle morphology, batch-to-batch consistency, and minimal fines generation. This architecture enables simultaneous high stiffness and toughness, making MI03 ideal for applications requiring both structural rigidity and impact absorption. Compliance with IS 10910 and FDA standards ensures suitability for food contact and medical-grade uses.

Applications & Industry Use Cases

Automotive: MI03 is widely used in interior and exterior components such as dashboard panels, door trims, bumpers, battery trays, and engine covers. Its high impact resistance and lightweight properties contribute to vehicle safety and fuel efficiency. Furniture: The grade is perfect for chair frames, table legs, storage containers, and outdoor furniture, offering durability, stackability, and excellent surface finish. Its natural color base allows for easy masterbatch colorant integration. Industrial Molding: MI03 excels in manufacturing industrial crates, paint pails, toolboxes, and chemical storage containers. Its chemical resistance and low shrinkage ensure precision and long-term performance in harsh environments.

Technical Authority & Industry Leadership

Opal MI03 stands out through its advanced manufacturing technology, delivering superior consistency and morphological control versus conventional polymerization. The grade’s optimized injection molding parameters support rapid cycle times and excellent mold reproduction. Detailed compliance with Indian and global standards, including IS 10910 and FDA CFR Title 21, positions MI03 as a benchmark for quality and safety in the polypropylene copolymer market.

OPaL PPCP Opalene MI08N

OPaL Opalene MI08N is a heterophasic polypropylene (PP) block copolymer (PPCP), natural coloured and nucleated, produced using Ineos Gas Phase technology. MI08N offers faster moulding cycles thanks to nucleation, a robust impact–stiffness balance for long-lasting durability, and antistatic properties for clean processing and dust-resistant surfaces. It is engineered for injection moulding of crates, paint pails, luggage, and furniture, making it a top choice for OEMs and moulders in Delhi/NCR and across India seeking productivity and performance.

Specifications

Physical & Mechanical Properties

Melt Flow Index: 8 g/10 min (230°C/2.16 kg)
Density:90 g/cm³
Flexural Modulus: 1200 MPa
Notched Izod Impact (23°C): 120 J/m
Heat Deflection Temperature: 90°C

Deep Technical Insights

Nucleated morphology: Accelerates crystallization, enabling faster demoulding and higher productivity in multi-cavity tools.
Antistatic agent: Reduces dust attraction, supporting clean painting and assembly—vital for furniture and packaging.
Impact–stiffness synergy: 120 J/m impact and 1200 MPa modulus ensure products withstand drops, stacking, and daily handling.
Ineos Gas Phase process: Delivers batch-to-batch consistency and reliable mechanicals for demanding OEM and industrial applications.

Applications

Crates & Paint Pails

MI08N is ideal for crates and stackable paint pails, providing the impact resistance and modulus needed to survive transport, stacking, and rough industrial use. The antistatic property helps keep surfaces clean and free from dust during storage and filling.

Luggage

For injection-moulded luggage shells, MI08N’s impact–stiffness balance ensures robust protection against drops and knocks, while nucleation supports fast cycles and high-volume production.

Furniture

Chairs, tables, and modular furniture benefit from MI08N’s structural strength and clean finish, with antistatic properties supporting painting and assembly in dust-prone environments.

Processing

Barrel temperature: 180–230°C
Mould temperature: Standard for PP copolymers
Processing tips: Medium flow and nucleation support efficient multi-cavity moulding and rapid demoulding; antistatic aids in dust-free production
Cycle time: Optimized for productivity in high-volume furniture, crate, and pail moulding

Opal PPCP Opalene MI120X

Opalene MI120X is a polypropylene block copolymer (PPCP) impact grade from ONGC Petro-Additions Ltd (OPaL), produced using advanced Ineos gas-phase technology for injection moulding. As part of OPaL’s MI series, MI120X is a high-flow, nucleated PPCP granule, optimized for fast cycles, glossy finish, and balanced stiffness-impact performance. It’s engineered for demanding applications in appliances, furniture, automotive interiors, housewares, luggage, and industrial crates—where drop resistance, process speed, and premium appearance are essential. MI120X is a go-to choice for moulders seeking an OPaL alternative to Reliance Repol or Haldia Halene grades, with the added advantage of Delhi/NCR-based supply and technical support.

Specifications

Physical & Rheological Properties

Melt Flow Index: ~12–20 g/10 min (230°C/2.16 kg) – high-flow for thin-wall, multi-cavity tools
Density:90 g/cm³ – lightweight, ideal for consumer plastics
HSN Code: 39023000 – Propylene copolymers in primary forms
CAS Number: 9010-79-1 – Polypropylene block copolymer

Nucleated structure accelerates crystallisation, enabling 10–20% faster cycles versus non-nucleated PPCP.

Mechanical Properties

Tensile Strength at Yield: ~27 MPa – strong for load-bearing and structural parts
Flexural Modulus: ~1300 MPa – rigid yet tough, supports furniture and appliance housings
Notched Izod Impact (23°C): ~120 J/m – superior impact resistance, minimizes breakage
Rockwell Hardness: R80 – resists scratches, preserves glossy look

Heterophasic matrix disperses rubber phase, delivering drop resistance and anti-static benefits for cleaner housewares.

Thermal Properties

Heat Deflection Temp (0.46 MPa): ~100°C – suitable for appliance housings, interiors
Compliance: Meets IS 10910 (food/pharma contact), FDA 21 CFR 177.1520, IS 16738

Functional Features

Opalene MI120X is engineered for productivity, durability, and aesthetics. Its high-flow, nucleated morphology and balanced mechanics make it a versatile performer for high-output moulding and premium applications.

Applications

Appliances & Housewares

MI120X is widely used for appliance housings, crates, carriers, and kitchenware. Its high flow enables thin-wall, multi-cavity moulding, while impact strength and gloss ensure products are both durable and attractive. Anti-static properties help keep surfaces cleaner.

Furniture & Luggage

Ideal for chairs, tables, storage bins, and luggage shells, MI120X combines stiffness and impact resistance for long service life. Its processability supports rapid cycles and excellent surface finish, making it a favorite for premium and mass-market furniture.

Automotive & Industrial

For automotive interiors, trims, and industrial bins, MI120X’s toughness and rigidity withstand vibration, drops, and daily handling. Its nucleated structure allows for faster production and consistent quality.

Processing

Barrel temperature: 180–220°C
Mould temperature: 30–50°C
High-speed injection: Leverage flow for thin-wall, complex parts
Defect troubleshooting:
- Short shots: Increase speed/pressure
- Sink marks: Raise packing pressure
- Warpage: Ensure balanced cooling

Optimized for fast cycles and reliable results on modern injection lines.

Advantages

Faster cycles: Nucleated morphology cuts cycle times by 10–20% vs standard PPCP
Premium finish: Gloss and anti-static for consumer appeal
Toughness: Outperforms homopolymers in impact, resists drops and cracks
Versatility: Suitable for everything from kitchenware to automotive trims
GEO advantage: Delhi/NCR supply, pan-India logistics, and technical support

OPaL PPCP Opalene MI12NX

ONGC PPCP Opalene MI12NX is a polypropylene impact copolymer (PPCP) developed by ONGC Petro additions (OPaL) for injection molding. This grade delivers robust impact strength and balanced mechanical properties, making it ideal for durable molded parts across appliance, automotive, and industrial sectors. Buyers include injection molders, OEMs, compounders, and traders seeking reliable B2B polymer supply for demanding applications.

Key Features & Benefits of Opalene MI12NX

Good impact resistance for tough parts
Balanced stiffness and flexibility
Excellent processability for injection molding
Consistent quality and batch traceability
Versatile for industrial and appliance use

Technical Properties & Processing Guidelines

Material Properties of Opalene MI12NX

Mechanical: Balanced impact and stiffness for durable, high-performance parts
Thermal: Suitable for appliance, automotive, and industrial applications
Rheological: Engineered for smooth flow and efficient molding cycles
Compliance: Meets industry standards for B2B polymer supply (verify per application)

Recommended Processing Conditions

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

Typical Applications of ONGC PPCP Opalene MI12NX

Opalene MI12NX is widely used in appliance components (such as washing machine parts, refrigerator bins), industrial products (containers, crates, housings), automotive accessories, and general injection-molded goods requiring impact resistance. Its balanced mechanical profile and reliable processability make it a preferred choice for manufacturers targeting quality, durability, and efficient production.

OPaL PPCP Opalene MI15

OPaL Opalene MI15 is a heterophasic polypropylene block copolymer (PPCP) engineered via Ineos gas-phase technology for demanding automotive exterior applications. MI15 delivers very high impact resistance, balanced stiffness, and high flow for easy processing—making it ideal for bumper fascia, air dams, exterior trim, and other high-impact auto parts. Its natural colour, anti-gas fading properties, and IS 10910 compliance add to its appeal for OEMs and Tier-1 suppliers in India. MI15 is optimized for fast cycles, complex moulds, and long-term durability in automotive environments.

Specifications

Physical Properties

Melt Flow Index: 15 g/10 min (230°C/2.16 kg) – high flow for complex, thin-wall auto parts
Density:90 g/cm³ – lightweight for automotive and exterior use

Mechanical Properties

Tensile Strength at Yield: ~27 MPa – robust for structural and exterior applications
Flexural Modulus: ~1200–1300 MPa – balanced stiffness for dimensional stability
Notched Izod Impact (23°C): ~150+ J/m – very high impact for crash and drop resistance

Key Technical Insights

Heterophasic morphology: Ensures toughness and low-temperature impact resistance
Anti-gas fading: Maintains colour and properties under UV and exhaust exposure
IS 10910 compliance: Suitable for food/pharma contact if required by the application

Automotive Applications

Opalene MI15 is purpose-built for automotive exterior parts where impact resistance and stiffness are non-negotiable. Its high MFI enables fast, uniform mould filling—crucial for large, complex bumper fascia and air dams. The grade’s toughness protects against low-temperature impacts, while its anti-gas fading ensures long-term colour and property retention in exposed environments. MI15 is also used for exterior trims and technical parts where both mechanical and cosmetic performance are essential. Its compliance with IS 10910 makes it a reliable choice for applications that may require regulatory documentation.

Processing

Barrel temperature: 180–240°C
Mould temperature: 30–50°C
Processing tips: High flow supports thin-wall and multi-cavity tools; optimize packing and cooling for best surface finish and dimensional accuracy
Cycle time: Fast cycles possible with proper mould and machine setup

Deep Technical Insights

Ineos gas-phase technology: Delivers reproducible heterophasic morphology for superior impact and stiffness
Anti-gas fading: Prevents property loss and yellowing from exhaust/UV exposure
OEM suitability: Balanced properties and compliance position MI15 as a strong candidate for automotive approval and use in global supply chains

OPaL PPCP Opalene MI44N

OPaL Opalene MI44N is provisionally described as a nucleated polypropylene impact copolymer (PPCP) with an estimated melt flow index in the 40–50 g/10 min range. Produced by ONGC Petro additions Ltd (OPaL), MI44N is engineered for injection moulding and compounding applications requiring high flow, medium impact strength, and dimensional stability. While official TDS and database listings for MI44N are limited, its designation and MFI band suggest suitability for appliance parts, automotive components, thin-wall injection moulded products, and masterbatch compounding. MI44N is typically supplied as natural granules in 25 kg bags, aligning with industry packaging standards.

Functional Features

Opalene MI44N is designed for converters and OEMs seeking high-flow processability, nucleated crystallisation for low warpage, and a balanced mechanical profile. Its reactor-grade consistency (inferred from OPaL’s product line) supports efficient, reliable production and traceability for B2B buyers.

Detailed Technical Specifications (Provisional, Typical for 40–50 MFI PPCP)

Melt Flow Index: ~44 g/10 min (estimated)
Density: ~0.90 g/cm³
Tensile Strength at Yield: ~25 MPa
Elongation at Yield: ~7%
Flexural Modulus: ~1150 MPa
Notched Izod Impact (23°C): ~65 J/m
Heat Deflection Temp (0.455 MPa): ~100°C
Vicat Softening Point (10N): ~145°C

Processing Recommendations: Barrel: 190–250°C; mould: 20–40°C. Adjust for part geometry and machine.

Applications & Industry Use Cases

Appliances & White Goods

MI44N is suitable for appliance housings, AC grills, washing machine internals, and other white goods components where high flow, dimensional stability, and moderate impact resistance are critical.

Automotive

Automotive compounders and OEMs may use MI44N for interior and exterior trims, non-structural parts, and compounds where a balance of stiffness and impact is required.

Thin-Wall Injection Moulding (TWIM)

The high MFI and nucleated structure support efficient thin-wall moulding of containers, tubs, and utility products, reducing cycle times and supporting complex geometries.

Compounding

As a base resin for filler and masterbatch compounding, MI44N’s processability and reactor-grade uniformity support efficient dispersion and consistent mechanical properties.

Performance Advantages

Compared to lower-MFI or non-nucleated PPCP, MI44N (provisionally) offers faster cycles, lower warpage, and superior thin-wall filling. Its technical profile is competitive with Repol B400MN (38 MFI), IOCL Propel 3400MN (40 MFI), and Haldia M340 (40 MFI) for thin-wall, appliance, and compounding uses.

Compliance, Packaging & Storage

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

OPaL PPCP Opalene MI70N

OPaL Opalene MI70N is a high-flow, nucleated polypropylene impact copolymer (PPCP) developed by ONGC Petro additions Ltd (OPaL) using advanced Ineos Gas Phase technology. Engineered as a 70 MFI heterophasic block copolymer, MI70N excels in thin-walled injection moulding (TWIM), compounding, and demanding industrial applications. Its nucleated formulation delivers low warpage, fast crystallisation, and excellent dimensional stability, while its natural-grade purity ensures compliance and performance for regulated markets. MI70N is supplied as natural granules in robust 25 kg bags, with recommended storage in dry, UV-protected environments to maintain optimal quality.

Functional Features (Industry Authority)

Opalene MI70N is designed for converters seeking exceptional processability and part performance. The high melt flow rate (70 g/10 min) enables rapid mould filling in thin-wall and complex geometries, reducing cycle times and energy consumption. Nucleation technology minimizes warpage and shrinkage, supporting precision in snap-fits and visible components. The grade’s balanced impact and stiffness profile, coupled with excellent electrical and alkali resistance, makes it ideal for automotive, appliance, and industrial applications. MI70N’s compliance with IS 10910, IS 16738:2018, and FDA CFR 21 177.1520 ensures regulatory confidence for food, pharma, and drinking water contact.

Applications & Industry Insights

Thin-Walled Injection Moulding

MI70N’s high MFI and nucleation deliver outstanding performance in thin-walled containers, cups, and packaging, where rapid mould filling and high gloss are essential. The grade’s low warpage and dimensional accuracy ensure reliable snap-fits and consistent part quality, even in challenging geometries.

Appliances & Consumer Durables

Appliance manufacturers rely on MI70N for housings, internal components, and covers that demand chemical resistance, low warpage, and robust impact performance. Its processability supports high-cavitation tooling and complex part designs, making it a preferred material for white goods and small appliances.

Automotive & Industrial Parts

In automotive and industrial sectors, MI70N is valued for its electrical and alkali resistance, supporting the production of under-hood components, connectors, housings, and compounded parts. Its balance of stiffness and impact strength enables reliable performance in both functional and aesthetic applications.

Compounding & Masterbatch

As a base resin for masterbatches and mineral-filled compounds, MI70N’s high flow supports efficient dispersion and process consistency, enabling the creation of custom PPCP blends for specialized requirements.

Performance Advantages

Compared to lower-MFI PPCP grades, MI70N offers superior processability, faster cycle times, and reduced risk of short-shots in thin-wall and long-flow-path parts. Its nucleation delivers lower warpage and improved surface quality, which is especially valuable for visible and precision-moulded components. MI70N’s electrical and alkali resistance further differentiates it from competitor grades, making it suitable for applications where environmental durability is critical.

Compliance & Documentation

Opalene MI70N is certified to IS 10910 for food, pharma, and drinking water contact, and aligns with IS 16738:2018 and FDA CFR 21 177.1520 standards. Each batch is supplied with a Technical Data Sheet (TDS), Safety Data Sheet (SDS), Certificate of Analysis (COA), and regulatory compliance letters upon request. This robust documentation supports regulatory submissions and quality assurance for converters and OEMs.

Packaging & Storage

MI70N is delivered in strong 25 kg bags, designed for safe handling and storage. To preserve material quality, store bags in dry, covered spaces below 50°C, away from direct sunlight and moisture. JITSY provides pan-India logistics, rapid dispatch from regional warehouses, and export-ready documentation for international buyers.

OPaL PPRCP Opalene ER00V

OPaL Opalene ER00V is a state-of-the-art polypropylene random copolymer (PPRCP) engineered by ONGC Petro additions Limited for PPR pipe extrusion and thermoforming. With an MFI of 0.3 g/10 min, robust impact resistance, and ISO 15874/DIN 8077/IS 10910 compliance, ER00V delivers long-term hydrostatic strength, flexibility, and chemical resistance for hot and cold water piping systems. Its molecular design and processability make it a trusted choice for high-performance, corrosion-free plumbing and industrial piping. ER00V’s random copolymer structure, incorporating ethylene into the propylene backbone, reduces crystallinity, enhances impact resistance, and lowers melting point for efficient processing. Its high flexibility (≥400% strain at break), 23 MPa tensile yield, and ≥55 kJ/m² Charpy impact rating ensure resilience under pressure and temperature cycling. The grade’s low thermal conductivity, smooth internal surface, and built-in thermal stabilizers guarantee energy efficiency, hygiene, and 50+ years of service life in demanding applications. Certified under IS 10910, ISO 15874, and DIN 8077/8078, ER00V meets global potable water and food contact safety standards.

Applications and Industry Use Cases

Hot & Cold Water Piping Systems

ER00V is the preferred resin for residential, commercial, and institutional hot and cold water plumbing. Its thermal stability (up to 95°C), pressure rating capability (PN10–PN25), and corrosion immunity make it ideal for long-lasting, leak-proof piping networks.

Industrial Fluid Transport

The grade’s chemical resistance and dimensional stability support safe, efficient fluid handling in chemical, food, and pharmaceutical manufacturing plants, even under aggressive conditions.

Sheet Thermoforming

ER00V’s balanced flow and thermal performance enable production of thermoformed sheets for packaging, laboratory ware, and industrial trays requiring clarity and impact resistance.

Specialized Applications

It is also used in HVAC, radiant heating, and agricultural irrigation systems, where reliability, flexibility, and resistance to scaling and biofilm are critical.

Comparable Alternatives: Analysis & Grade Rationale

Borealis Borstar Grades: European benchmark for PPR pipes, premium pricing, advanced technical support. ER00V matches performance but offers local supply and cost efficiency.
Hyosung Topilene R200P: Asian competitor with similar impact and service life; ER00V’s domestic production ensures shorter lead times and tailored technical support.
Reliance AER003N: Comparable in MFI and pressure rating; ER00V offers enhanced flexibility and lower crystallinity for improved low-temp performance.
Grade Rationale: ER00V’s grade assignment is based on its ultra-low MFI, high impact, and multi-standard compliance, making it ideal for critical piping and thermoforming applications in India and export markets.

OPal PPRCP OPaLene ER02N

OPaLene ER02N is a clarified, high-clarity polypropylene random copolymer (PP-RCP) manufactured by ONGC Petro additions Limited (OPaL) using advanced INEOS Gas Phase Polymerization Technology at Dahej, Gujarat. This food- and pharma-grade resin is engineered for blow molding and extrusion, offering outstanding transparency, balanced stiffness-impact properties, and anti-static performance. OPaL, a joint venture of ONGC, GAIL, and GSPC, is a government-backed leader in India’s polymer sector, ensuring supply reliability and consistent quality.

Deep Technical Insights: OPaLene ER02N Data Sheet

Melt Flow Index (MFI):0 g/10 min (ASTM D1238)
Density:90 g/cm³ (ASTM D1505)
Tensile Strength at Yield: 32 MPa (ASTM D638)
Elongation at Yield: 12% (ASTM D638)
Flexural Modulus: 1400 MPa (ASTM D790A)
Notched Izod Impact: 100 J/m (ASTM D256)
Rockwell Hardness: R80 (ASTM D785)
Heat Deflection Temp: 100°C (ASTM D648)
Processing Temp Range: 180–230°C
Appearance: Transparent, clarified granules

The INEOS process ensures batch uniformity, superior optical properties, and an optimal balance of rigidity and toughness. Compliance with IS 10910 and FDA CFR Title 21.177.1520 makes it suitable for food, drink, and pharmaceutical packaging.

Applications & Industry Use Cases

Transparent Bottles & Containers

OPaLene ER02N is ideal for sports bottles, baby bottles, medical and cosmetic bottles, and dairy containers. Its clarity and drop-impact resistance make it perfect for premium packaging and consumer safety.

Pharmaceutical & Medical Packaging

Trusted for pharmaceutical bottles, lab containers, and sterile packaging, ER02N combines chemical resistance, clarity, and sterilization capability, supporting regulatory compliance for healthcare applications.

Food Contact Packaging

The grade’s food-safe certification, moisture barrier, and high clarity make it a top choice for edible oil bottles, beverage containers, and microwaveable trays, meeting modern consumer and regulatory demands.

Thermoformed & Extruded Products

ER02N delivers excellent formability for thermoformed food trays, clamshells, and transparent sheets. It is widely used in POS displays, protective covers, and extruded profiles needing visual appeal and strength.

Stationery & Consumer Goods

From transparent folders and pen barrels to storage boxes and display cases, ER02N is valued for its clarity, toughness, and anti-static properties in consumer and office products.

Alternatives & Comparative Analysis

Comparable Grades:

Reliance Repol SR20NC (2.0 MFI, blow molding)
IOCL Propel 2120MC (injection, higher MFI)
Haldia Halene-P B202S (1.9 MFI, blow molding)

Key Differentiators: OPaLene ER02N stands out with its clarified transparency, anti-static features, and INEOS technology, delivering consistent quality and superior optical properties. Its domestic production ensures stable pricing and reliable supply, while dual regulatory compliance (IS 10910 + FDA) makes it a preferred choice for demanding packaging and medical applications.

Opal PPRCP Opalene MR12C

Opal PPRCP Opalene MR12C is a clarified polypropylene random copolymer (PPRCP) manufactured by ONGC Petro additions Limited (OPaL) using INEOS gas-phase polymerisation technology at Dahej. MR12C delivers high clarity, balanced stiffness and impact, anti-static properties, and food-contact compliance (IS 10910). It is positioned for injection moulding and ISBM applications in premium packaging, houseware, and clear plastic goods. MR12C is a flagship random copolymer in the Opalene MR series, offering converters a reliable, high-clarity, and process-friendly PPRCP for regulated packaging and household applications.

Technical Specifications and Material Properties

Melt Flow Index: ~12 g/10 min (230°C/2.16 kg)
Tensile Yield Strength: ~33 MPa
Clarity/Gloss: High, clarified
Stiffness–Impact Balance: Good modulus and toughness
Processing: Injection/ISBM, typical barrel 190–250°C
Anti-static: Yes
Food-contact Compliance: IS 10910

Applications and Industry Use Cases

High-Clarity Rigid Containers and Houseware

MR12C is ideal for injection-moulded and ISBM rigid food containers, kitchenware, and household storage products demanding clarity, gloss, and safe food contact.

ISBM Bottles and General Plastics

The grade excels in ISBM bottles and jars for food, personal care, and beverages, combining visual appeal with easy demoulding and anti-static finish for shelf hygiene.

When to Prefer PPRCP Over PPCP/Homo PP

MR12C should be chosen over generic PP homopolymer or PPCP when high clarity, gloss, and safe food-contact compliance are required, especially for premium packaging and regulated applications.

Alternative and Comparable PPRCP Grades in India

Opalene MR12C (OPaL): High clarity, anti-static, IS 10910, injection + ISBM
Reliance Repol SRX100: Ultra-high clarity, antistatic, houseware & ISBM
Reliance Repol SRM100NC: High-clarity containers, syringes
IOCL Propel 2120MC: Clarified random copolymer for containers & ISBM
HMEL Polysure RM12CR: High-clarity containers, labware, ISBM, low cycle time

Key Differentiators: MR12C’s strengths are its INEOS technology pedigree, high clarity, anti-static behaviour, and food-contact compliance, making it the go-to grade for converters seeking reliable, clear, and process-efficient PPRCP.

OPal PPRCP Opalene MR20K