Products

OPAL PP Opalene MH13A is a polypropylene homopolymer injection moulding grade manufactured by ONGC Petro additions Limited (OPaL) under the OPaLene PP portfolio. This natural coloured PP grade is developed using Ineos gas phase polymerization technology and is designed for converters who need a reliable balance of higher flow, high stiffness, anti-static performance, and good dimensional stability. MH13A is especially suited for moulders producing household articles, furniture components, and masterbatch, filler, and compound-based products where process consistency and part rigidity matter. Its anti-static property helps reduce dust attraction on finished parts, while its flow profile supports easier mould filling and stable production in regular injection moulding operations.

Manufacturer Snapshot

ONGC Petro additions Limited (OPaL) is one of India’s major petrochemical producers, supplying polypropylene grades for injection moulding, film, raffia, and specialty industrial applications. OPaLene PP grades are widely referenced in the Indian plastics market for dependable quality, application-focused grade design, and documentation aligned with food-contact and polymer compliance requirements.

Technical Insights and Data Sheet Highlights

OPAL PP Opalene MH13A has a melt flow index of 12 g/10 min, making it a practical high-flow PP homopolymer for injection moulding applications that require easier processing and efficient cavity filling. This flow level supports productivity in moulded parts with moderate wall sections while helping maintain cycle consistency. The grade has a density of 0.90 g/cm³, which is standard for polypropylene homopolymer and useful for lightweight rigid applications. In mechanical performance, MH13A delivers 35 MPa tensile strength at yield, showing good load-bearing capability for rigid moulded products. Its 200% elongation at break adds a useful level of toughness beyond pure stiffness-focused performance. For structural rigidity, the flexural modulus of 1400 MPa makes this grade suitable for furniture parts, household mouldings, and compound-based applications where shape retention is important. Its notched Izod impact strength of 25 J/m at 23°C supports everyday durability in end-use handling conditions. The Rockwell hardness of 95 on the R scale further reinforces its suitability for hard, rigid finished parts. Thermally, MH13A offers a Vicat softening point of 150°C and heat deflection temperature of 100°C, helping moulded parts retain performance under moderate service heat. Combined with anti-static behavior and dimensional stability, these properties make the grade a strong choice for industrial moulders seeking a dependable high-stiffness PP injection grade.

Injection Moulding Performance

MH13A is designed for injection moulding processors that need a polypropylene grade with smoother flow and stable part geometry. The higher flow characteristic helps reduce mould filling issues and supports faster, more repeatable production, especially in consumer and industrial moulded articles. Its anti-static property is a practical advantage in products exposed to dust-prone environments or where cleaner part surfaces are preferred. Combined with high stiffness, this makes MH13A relevant for moulders serving furniture, utility products, and compound-based downstream applications.

Applications

Household Articles

OPAL PP Opalene MH13A is well suited for household injection moulded products such as storage items, utility containers, kitchen-use articles, and daily-use rigid plastic components. Its high stiffness helps maintain product shape, while the anti-static property can improve surface cleanliness during storage, handling, and retail display.

Furniture Components

For plastic furniture and furniture-related moulded parts, MH13A offers the stiffness and dimensional stability needed for consistent shape retention and reliable structural feel. It is a suitable PP homopolymer grade for moulded chairs, stools, support parts, and rigid furniture accessories where processability and rigidity must work together.

Masterbatch, Filler and Compound Applications

MH13A is also used in masterbatch, filler, and compound applications where a stable polypropylene homopolymer base resin is required. Its flow profile supports easier dispersion and processing, while the stiffness profile makes it useful for compounders targeting rigid end-use formulations for injection moulding markets.

Compliance and Handling

This grade is aligned with IS 10910, IS 10909 positive list, and FDA CFR Title 21, 177.1520 requirements referenced for olefin polymers. For storage, the material should be kept in a dry, dust-free environment below 50°C and protected from direct sunlight and heat exposure to preserve processing consistency.

Comparable Alternatives and Grade Positioning

Within the OPaL range, OPAL PP Opalene MH13 is a close alternative for processors seeking a similar high stiffness injection moulding grade, but MH13A stands out because of its anti-static property. That makes MH13A a better fit where dust attraction on moulded parts is a concern or where cleaner surface behavior is preferred. Compared with OPAL PP Opalene MH12N, MH13A is positioned as a high stiffness anti-static injection grade, while MH12N is typically considered where nucleation and related performance balance may be more relevant. Grade selection depends on whether the processor prioritizes anti-static behavior, stiffness profile, or specific moulding response. Against Indian market alternatives such as IOCL Repol H110MA, MH13A remains competitive for moulders looking for a high-flow, rigid PP homopolymer for household and furniture applications. The rationale behind MH13A is clear: it is assigned for injection moulding segments that need stiffness, dimensional control, and anti-static benefit in one practical resin platform.

OPAL PP Opalene MH23 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 processors who need higher flow, good stiffness, reliable dimensional stability, and faster moulding cycles in commercial injection moulding operations. MH23 is positioned as a high flow general-purpose PP homopolymer for moulders serving household, consumer, and rigid packaging markets. It is especially suitable where easy processing, stable cavity filling, and repeatable output are important for thin wall moulded articles and daily-use rigid plastic components.

Manufacturer Snapshot

ONGC Petro additions Limited (OPaL) is one of India’s major petrochemical manufacturers with a broad polypropylene product range for injection moulding, film, raffia, and specialty industrial applications. OPaLene PP grades are widely used across the Indian plastics market because of their application-focused positioning, dependable polymer quality, and compliance-backed documentation for regulated and industrial end uses.

Technical Insights and Data Sheet Highlights

OPAL PP Opalene MH23 has a melt flow index of 23 g/10 min, making it a high flow polypropylene homopolymer suited for injection moulding applications that require easy mould filling and improved productivity. This flow profile is particularly useful in thin wall moulding, consumer goods, and rigid packaging formats where faster cycle times and smooth processing are key buying criteria. The grade has a density of 0.90 g/cm³, which supports lightweight rigid part design typical of polypropylene homopolymer applications. In mechanical performance, MH23 offers 35 MPa tensile strength at yield, giving moulders a dependable stiffness-oriented resin for structural consumer and household parts. Its 200% elongation at break adds a useful balance of toughness for general-purpose injection moulded products. For rigidity, MH23 delivers a flexural modulus of 1450 MPa, making it suitable for moulded parts that need shape retention and dimensional consistency. Its notched Izod impact strength of 20 J/m at 23°C supports normal handling durability, while Rockwell hardness of 95 on the R scale reflects the hard, rigid surface character expected from a PP homopolymer injection grade. Thermally, MH23 provides a Vicat softening point of 150°C and heat deflection temperature of 100°C, making it suitable for a wide range of rigid moulded applications exposed to moderate service heat. The overall property balance makes MH23 a practical choice for processors looking for a high flow PP grade with strong moulding efficiency and stable finished part performance.

Injection Moulding Performance

MH23 is engineered for injection moulders who need a polypropylene homopolymer that runs efficiently across general-purpose rigid applications. Its higher flow helps reduce mould filling challenges, supports faster production cycles, and improves consistency in parts with thinner sections or more detailed mould geometry. Because the grade combines flow with stiffness and dimensional stability, it is especially relevant for manufacturers producing repeat-volume consumer goods, household mouldings, and rigid packaging items. It is a strong fit where processors want a practical balance between productivity and part performance.

Applications

Household Articles

OPAL PP Opalene MH23 is well suited for household injection moulded products such as storage items, utility containers, kitchen-use components, organizers, and other rigid daily-use plastic articles. Its high flow supports efficient mould filling, while its stiffness helps maintain product shape and usability in regular consumer handling conditions.

Consumer Products

For consumer product moulding, MH23 offers a reliable combination of processability, rigidity, and dimensional stability. It is suitable for moulded plastic goods that require repeatable production, clean part definition, and a solid structural feel, making it relevant for a wide range of everyday consumer applications.

Rigid Packaging

MH23 is also a strong candidate for rigid packaging applications where moulders need a PP homopolymer grade that processes easily and delivers stable part geometry. It can be used in rigid containers, packaging components, and utility packaging formats where stiffness, lightweight design, and production efficiency are important.

Thin Walled Moulded Articles

One of the most important use cases for MH23 is thin wall injection moulding. Its 23 MFI flow profile helps processors fill thinner sections more effectively, reduce cycle limitations, and improve output in moulded articles where speed and consistency are essential to commercial production.

Compliance and Handling

This grade is aligned with IS 10910, IS 10909 positive list, and FDA CFR Title 21, 177.1520 requirements for olefin polymers. For best results, MH23 should be stored in a dry, dust-free environment below 50°C and protected from direct sunlight and heat to maintain material quality and processing consistency.

Comparable Alternatives and Grade Positioning

Within the OPaL portfolio, OPAL PP Opalene MH25N is a close alternative for processors seeking a higher flow injection moulding grade, but MH25N is better positioned where clarified appearance and slip-assisted processing are more important. MH23 is the more straightforward choice for general-purpose high flow moulding where clarity is not the main requirement. Compared with OPAL PP Opalene MH13, MH23 offers significantly higher flow and is more suitable for thin wall moulding and faster cycle applications. MH13 is more aligned with stiffness-led household and furniture moulding, while MH23 is assigned to processors who prioritize easier flow, faster moulding, and broader general-purpose injection use. Against Indian alternatives such as IOCL Repol H112MA and Reliance high flow injection grades, MH23 remains competitive for moulders looking for a balanced PP homopolymer with good stiffness, dimensional stability, and production efficiency. The rationale behind MH23 is clear: it is designed for high flow injection moulding applications where productivity and rigid part performance must work together.

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 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.