Polymers
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Bestsellers
Haldia PPRCP Halene B200
Halene-P B200, from Haldia Petrochemicals Limited, is a high-performance polypropylene random copolymer (PPRCP) manufactured using advanced Spheripol II Technology licensed from LyondellBasell. As one of India’s largest petrochemical companies, Haldia’s ISO 27001:2022 and FDA-compliant B200 is engineered for clarity, processability, and melt strength, making it a trusted choice for demanding blow molding and transparent packaging applications. The product is exported globally and meets stringent international quality standards.
Key Features & Performance Advantages
- Exceptional Clarity: Random copolymer structure ensures high transparency and gloss, ideal for premium packaging.
- Superior Melt Strength: Optimized MFI (1.9) enables stable parison formation, consistent wall thickness, and thin-walled containers.
- Balanced Mechanical Strength: 26 MPa tensile strength and 11% elongation provide both rigidity and flexibility for robust containers.
- FDA & ISO Compliance: Certified for food contact and medical packaging, supporting broad application across regulated industries.
- Processability: Spheripol II process and Avant ZN catalyst deliver uniform particle morphology and batch-to-batch consistency.
Deep Technical Insights
- Melt Flow Index (MFI):9 g/10 min (ASTM D1238)
- Density:90 g/cm³ (ASTM D1505)
- Tensile Strength: 26 MPa (ASTM D638)
- Flexural Modulus: 850 MPa (ASTM D790)
- Notched Izod Impact: 80–100 J/m (ASTM D256)
- Vicat Softening Point: 130°C (ASTM D1525)
- Heat Deflection Temp: 68°C (ASTM D648)
- Processing Temperatures: Barrel: 160–210°C, Die: 180–210°C
- Physical Form: Natural translucent granules, odorless, water insoluble
Applications & Industry Use Cases
Blow Molding Applications
Halene B200 is optimized for blow molding of transparent bottles and containers, enabling the production of IV fluid bottles, pharmaceutical packaging, personal care bottles, and laboratory reagent containers. Its high clarity and impact resistance make it a top choice for medical, pharmaceutical, and cosmetic packaging.Thermoformed & Sheet Extrusion Products
The grade’s excellent processability and clarity extend to thermoformed cups, trays, and transparent storage containers for food, dairy, and consumer goods. It’s also widely used for stationery, display panels, and industrial sheets requiring printability and chemical resistance.Food Contact & General Packaging
FDA and Indian food safety compliance allow use in dairy, condiment, and food storage containers. The low extractables profile and moisture barrier properties keep products fresh and safe.Industrial & Household Containers
B200’s balance of stiffness and impact resistance is ideal for household storage, chemical bottles, and general-purpose transparent packaging.Alternatives & Comparative Analysis
Comparable Grades:- Haldia B202S (medical-specific, similar MFI, enhanced melt strength)
- Reliance SR20NC (clarity, food contact)
- IOCL 2020EC (general blow molding)
Haldia PPRCP Halene-P B202S
Halene-P B202S, manufactured by Haldia Petrochemicals Limited, is a premium polypropylene random copolymer (PPRCP) engineered for pharmaceutical and medical packaging. Produced using advanced Spheripol Technology, this medical-grade polymer delivers exceptional clarity, high melt strength, and superior processability. Haldia, a leader in the Indian petrochemicals sector, holds ISO 27001, ISO 14001, and OHSAS 18001 certifications, ensuring world-class quality and security for sensitive healthcare applications.
Technical Specifications and Properties
- Melt Flow Index:9 g/10 min (ASTM D1238)
- Density:90 g/cm³ (ASTM D1505)
- Tensile Strength: 27 MPa (ASTM D638)
- Flexural Modulus: 900 MPa (ASTM D790A)
- Notched Izod Impact: 90 J/m (ASTM D256A)
- Vicat Softening Point: 130°C (ASTM D1525)
- Heat Deflection Temp: 68°C (ASTM D648)
Deep Technical Insights
Halene B202S is produced via Spheripol-II, enabling uniform spherical granules, consistent molecular weight, and minimal extractables. The optimized 1.9 MFI provides excellent melt strength for blow molding, preventing parison sag and ensuring uniform wall thickness. Its high impact resistance and clarity make it suitable for medical packaging, while advanced catalyst systems keep catalyst residues extremely low—critical for pharmaceutical and IV solution applications.Applications in Medical and Pharmaceutical Packaging
IV Solution Bottles and Containers
B202S is the go-to choice for blow-molded IV and saline solution bottles, offering high clarity for fluid inspection, chemical inertness, and drop resistance. It is widely used by pharmaceutical companies for safe storage and transport of medical fluids.Pharmaceutical Liquid Packaging
This grade excels in large-format injectable drug vials, irrigation solution bottles, and parenteral nutrition fluid containers, ensuring product integrity and regulatory compliance.Medical Device & Laboratory Applications
Halene B202S is ideal for laboratory reagent bottles, diagnostic fluid containers, and medical device packaging where transparency, biocompatibility, and sterilizability are essential.Consumer & Food Packaging
Its food-contact compliance and clarity make it suitable for transparent food containers, cosmetic bottles, and household chemical packaging requiring medical-grade performance.Alternatives & Comparative Analysis
Comparable Grades:- Reliance SRM100NC (higher MFI, injection moulding focus)
- HMEL RB02CR (similar MFI, blow molding)
- LyondellBasell Purell (global medical standard)
- ExxonMobil PP9074 MED (advanced clarity, medical)
Haldia PPRCP Halene-P M212S
Haldia PPRCP Halene-P M212S is a clarified polypropylene random copolymer (PPRCP) produced by Haldia Petrochemicals Ltd using Spheripol II technology. Designed for high-clarity injection moulding and ISBM, M212S features MFI 12 g/10min, excellent clarity and gloss, and low cycle time. The Halene-P brand is known for its quality, medical/food contact compliance, and trusted supply across India and export markets.M212S is the medical/syringe specialist among Haldia’s random copolymer grades, offering clarity and cycle time advantages for regulated packaging and medical applications.
Technical Specifications (MFI 12, Clarity, Medical Compliance)
- Melt Flow Index: 12 g/10min (ASTM D1238)
- Density:900 g/cm³ (ASTM D1505)
- Tensile Strength (Yield): 28 MPa (ASTM D638)
- Elongation (Yield): 14% (ASTM D638)
- Flexural Modulus: 1050 MPa (ASTM D790)
- Notched Izod Impact: 70 J/m (ASTM D256)
- HDT (0.45 MPa): 75°C (ASTM D648)
- Vicat (10N): 128°C (ASTM D1525)
- Processing: Barrel 160–250°C, Mold 30–60°C
Applications: Syringes, High-Clarity Containers, ISBM Bottles
Medical & Laboratory Applications
M212S is ideal for injection-moulded syringes, medical devices, and laboratory products requiring high clarity, chemical resistance, and compliance with IS 10910. Its ductile behaviour and toughness meet the demands of healthcare packaging and disposables.Household & Food Containers
The grade excels in transparent food containers, household storage, and ISBM bottles for water, edible oils, and pharmaceuticals. Fast cycle times and clarity make it a top choice for converters seeking premium packaging aesthetics and compliance.M212S vs Other PPRCP Grades
- Haldia Halene-P M212S: Medical/syringe focus, Spheripol II technology, MFI 12.
- Reliance Repol SRX100: Ultra-high clarity, antistatic, MFI 12, houseware/ISBM.
- IOCL Propel 2120MC: General high-clarity containers, MFI ~12, Spheripol II.
- HMEL Polysure RM12CR: Labware, kitchenware, ISBM, MFI 12, low cycle time.
Hanwha EVA 1316
Hanwha EVA 1316 is a premium 19% ethylene vinyl acetate (EVA) copolymer resin manufactured by Hanwha Solutions (South Korea) using Dow autoclave high-pressure polymerization. As the lowest melt index foam-grade in Hanwha’s lineup (MFI 1.8), it’s engineered for applications demanding superior melt control, precise dimensional accuracy, and premium mechanical properties. The 19% VA content ensures outstanding elasticity and foaming, while the ultra-low MFI enables tight process control for films, technical molding, and complex components. Additive-free, FDA/REACH compliant, and batch-to-batch consistent, EVA 1316 is trusted by India’s footwear, film, and technical molding sectors for both premium and high-volume applications. Pan-India availability, batch traceability, and 24/7 technical support from JITSY.
Detailed Applications & Hierarchy
Foam Shoes & Soles (55% Market Share)
- Compression/injection molded EVA soles, athletic midsoles, slippers, sandals, soft-touch shoe components
- Enables superior melt control, dimensional accuracy, and premium cushioning
- Used by premium and high-volume footwear brands across all Indian manufacturing clusters
Soft-Touch Films & Extrusion Coating (20% Market Share)
- Soft-touch films, extrusion coating for packaging, protective films, flexible film sheets, blow film
- Low MFI delivers precise thickness, clarity, and dimensional stability for converters in Gujarat, Maharashtra, Delhi NCR
Injection Molding & Technical Parts (15% Market Share)
- Precision technical parts, soft-touch grips, connectors, consumer enclosures, appliance covers
- Ultra-low MFI supports tight tolerances, complex geometries, and premium surface finish
Sponge & Foam Sheets (7% Market Share)
- EVA sponge blocks, foam sheets, sports/yoga mats, equipment padding, anti-fatigue mats
- Consistent foam expansion, tight density control, and long-term durability
Hot-Melt Adhesive & Specialty Compounds (3% Market Share)
- Custom adhesive formulations, specialty compounds, technical blends
- Additive-free, ultra-low MFI for precise melt control in high-performance applications.
Hanwha EVA 1319
Hanwha EVA 1319 is an ethylene-vinyl acetate (EVA) copolymer produced by Hanwha Solutions using a high-pressure autoclave process. Officially classified as a “Foam Molding Grade” with a melt index of 2.5 g/10 min and vinyl acetate content of 19 wt%, it is engineered for high-quality foam molding applications—especially shoes, sandals, and sponge. This grade stands out for its excellent foam molding property, strong mechanical performance, outstanding filler compatibility, and reliable elastic recovery, making it a trusted choice for footwear and foam converters across India.
Key Functional Properties
- Excellent foam molding property – Stable, uniform foaming for shoes, sandals, and sponge.
- Very good mechanical properties – High tensile strength and elongation for flexible, durable foam.
- Excellent loading property of various fillers – High tolerance for mineral fillers (CaCO₃, talc) without sacrificing processability.
- Good elastic property of sponge – Reliable rebound and recovery in mass-market foam.
- Regulatory: Complies for food-contact EVA copolymers.
Detailed Applications & Hierarchy
Foam Molding for Shoes & Sandals (Core Use)
- Compression-molded EVA sandals, slippers (Hawai, flip-flops, slides)
- Sports and casual shoe soles/midsoles (19% VA for softness and resilience)
- Colored foam sandals and seasonal shoes (pigmented compounds)
- Main manufacturing clusters: Haryana (Bahadurgarh, Faridabad), Delhi NCR, Tamil Nadu (Tiruppur), Gujarat, Maharashtra
Sponge & Foam Sheets
- EVA sponge sheets for packing, toys, craft foam, yoga mats, play mats, soft blocks, general cushioning
- 19% VA and 840% elongation deliver comfort and rebound for mass-market applications
EVA Compounds & Blends
- Blends with lower-VA EVA to tune softness and cost
- EVA/PE blends for higher stiffness in specialty profiles
- Base for colored compounds (fashion footwear, brand colors)
- Used by converters and compounders across India
General Consumer EVA Articles
- Soft grips, pads, bumpers, craft sheets, generic foam inserts for bags, equipment, and protective packaging
Hanwha EVA 2319
Hanwha EVA 2319 is 19% ethylene vinyl acetate (EVA) copolymer resin engineered by Hanwha Solutions (South Korea) using Dow tubular high-pressure polymerization. Specifically optimized for foam molding and cushioning, this resin delivers exceptional foaming, mechanical strength, and processability. Its unique 19% VA content enables superior foam expansion, elasticity, and filler compatibility versus standard 18% grades. Hanwha EVA 2319 is trusted by India’s leading footwear, foam, and sponge manufacturers for durable, comfortable, and cost-effective products.
Detailed Applications & Hierarchy
Foam Shoes & Soles (60% Market Share)
- Compression/injection molded EVA soles, athletic shoe midsoles, slippers, sandals, orthopedic insoles
- Delivers lightweight, resilient, soft foam with uniform cell structure and long-term cushioning
- Used by mass-market and premium footwear brands across all Indian manufacturing clusters
Sponge & Foam Sheets (25% Market Share)
- Sponge blocks, foam sheets for sports/yoga mats, packaging, equipment padding, anti-fatigue mats, acoustic panels
- Enables precise density control, excellent resilience, and minimal compression set
- Stable performance in humid, variable, or cold climates
Injection Molding & Technical Components (10% Market Share)
- Flexible connectors, grips, appliance covers, vibration dampers, soft enclosures, toys
- Supports complex geometries and delivers high mechanical strength and flexibility
Hot-Melt Adhesives & Specialty Compounds (4% Market Share)
- Base resin for hot-melt adhesives, custom EVA blends, color/formulation masterbatches
- Excellent mineral filler acceptance (CaCO₃, talc) for cost-optimized foam compounds
Extrusion & Coatings (1% Market Share)
- Flexible extrusion coating, profile extrusion, technical compounds, edge banding
- Low-temp processability enables energy-efficient, fast line speeds
Hanwha EVA 6319
Hanwha EVA 6319 is a high-performance ethylene-vinyl acetate copolymer (EVA) manufactured by Hanwha Solutions (South Korea) via high-pressure autoclave polymerization. Engineered as a “Foam Molding and Wire & Cable Compound Grade,” it features a melt index of 2.5 g/10 min and 18 wt% vinyl acetate, delivering reliable foamability, mechanical strength, and exceptional filler acceptance. EVA 6319 is trusted across India for foam shoes, sandals, slippers, sponge, and as a base resin in Wire & Cable compounds. It is supplied as granules in 25 kg bags, supported by batch traceability, consistent quality, and technical support from JITSY. A major differentiator is EVA 6319’s dual-use capability—serving not just the footwear and sponge segments, but also as a base resin for Wire & Cable compounding. It is widely used as a key polymer matrix in halogen-free flame-retardant (HFFR) cable compounds and semi-conductive shielding layers, where its polarity and high filler compatibility enable smooth dispersion of flame retardants and conductive additives.
Detailed Applications & Hierarchy
Foam Shoes, Sandals & Slippers
- Compression/injection molded slippers, sandals (Hawai chappal, flip-flops), casual shoe soles, midsoles
- Filler-tolerant for cost-optimized mass footwear
- Main clusters: Bahadurgarh, Delhi NCR, Gujarat, Tamil Nadu
Sponge & General EVA Foam
- EVA sponge sheets for packing, toys, crafts, sports padding
- General cushioning mats, yoga/play mats, low-mid density foam blocks
Base Resin for Wire & Cable Compounds
- Base EVA for halogen-free flame-retardant and semi-conductive cable compounds
- Used with fillers (ATH/MDH/CaCO3) in cable insulation/sheathing
- Suitable for compounding and extrusion
EVA Compounds & Blends
- EVA/PE or EVA/EVA blends for tailored softness, cost, and processability
- Foam-OptimizedUsed by converters for custom recipes
Miscellaneous Industrial EVA Parts
- Soft grips, pads, generic molded foam components, protective edges
Hanwha TotalEnergies EVA E180F
Hanwha TotalEnergies EVA E180F is an industry-leading 18% ethylene-vinyl acetate (EVA) copolymer meticulously engineered for premium crosslinked foam applications-especially athletic shoe midsoles, insoles, and advanced cushion padding. Developed by Hanwha TotalEnergies (South Korea) using high-pressure tubular or autoclave polymerization, E180F is trusted by India’s top footwear and foam manufacturers for its balanced mechanical properties, superb foamability, and all-weather durability.With a melt index of 2.0 g/10 min, VA 18 wt%, density 0.940 g/cm³, tensile strength at break 260 kg/cm², elongation >750%, Shore D 38/A 92, Vicat 64°C, melt temp 86°C, and brittleness < -70°C, E180F delivers the optimal mix of resilience, cushioning, and processability. Its compatibility with standard kneading and rolling equipment, plus excellent split tear resistance and compression set, make it the top choice for athletic, comfort, and industrial foam solutions across India’s manufacturing clusters.
Functional Features & Technical Authority
- Crosslink-Ready Design: Engineered for crosslinked foam production, E180F offers superior compatibility with organic peroxides and foaming agents, ensuring robust crosslink formation and uniform foam cell structure.
- Exceptional Mechanical Performance: 260 kg/cm² tensile, >750% elongation, and Shore D 38/A 92 enable midsoles and pads to withstand repeated compression, flexing, and impact without permanent deformation or cracking.
- Outstanding Split Tear Resistance: The foam resists tearing and propagation of damage, critical for demanding sports and footwear applications.
- Compression Set Stability: Maintains cushioning and shape even after repeated use-ideal for athletic and comfort products where long-term support is essential.
- Low-Temperature Toughness: Brittleness temperature below -70°C ensures flexibility and resilience in cold weather, winter sports, and cold storage environments.
- Processability & Uniform Additive Dispersion: Optimized for kneading, milling, and compounding with fillers, colorants, stabilizers, crosslinkers, and blowing agents; supports precise, repeatable foam production.
- Balanced Hardness: Shore D 38/A 92 provides the ideal balance of softness and support for both performance and comfort footwear.
- All-Weather Durability: Retains mechanical and cushioning properties in diverse climates and under high-frequency use.
Applications
Athletic Shoe Midsoles & Insoles:
E180F is the benchmark for running, training, and performance footwear. Its balanced VA content and MFI provide resilient, shock-absorbing midsoles and insoles that withstand repeated impact, flexing, and compression during intense activity. The foam bounces back step after step, maintaining comfort and support for the shoe’s lifetime.Sandals & General Footwear Foam:
Soft yet durable, E180F is widely used in EVA foam sandals, flip-flops, slippers, and casual shoes. Its lightweight, waterproof nature and processability make it easy to color, fill, and customize for diverse comfort footwear lines.Cushion Pads & Protective Padding:
Ideal for sports equipment (elbow/knee pads, helmet padding), gym mats, exercise pads, and industrial or consumer protective foams. E180F’s split tear resistance and compression set stability ensure reliable shock absorption and long-lasting protection.General EVA Foam & Industrial Applications:
Used in EVA foam sheets, blocks, and custom crosslinked foam formulations for automotive, appliance, packaging, and consumer goods. Its mechanical balance and processability make it a universal choice for premium foam applications.Key Application Highlights:
- Athletic shoe midsoles/insoles (running, sports, casual)
- EVA foam sandals, slippers, comfort liners
- Sports/protective pads, gym mats, industrial cushioning
- Foam sheets, blocks, custom molded foam components
Hanwha TotalEnergies EVA E180L
Hanwha TotalEnergies EVA E180L is a premium, film-grade 18% vinyl-acetate ethylene-vinyl acetate (EVA) copolymer engineered for transparent cast films, general films, and eco-friendly sheets. E180L is designed for converters demanding exceptional optical clarity, ultra-low fisheye, high gloss, and robust processability. With a melt index of 2 g/10 min, 18 wt% VA, density 0.940 g/cm³, tensile strength at break 260 kg/cm² (~25.5 MPa), elongation >600–750%, haze just 2%, and gloss 75%, E180L delivers industry-leading performance for India’s film, packaging, and lamination clusters.Unlike foam or coating EVAs, E180L is purpose-built for precision film extrusion, cast film lines, and multi-layer lamination, offering superior dimensional stability, low shrinkage, and a crystal-clear finish. It’s the trusted choice for high-end packaging, technical films, and sustainable sheet solutions across Delhi-NCR, Gujarat, Tamil Nadu, Maharashtra, and beyond.
Functional Features & Technical Authority
- Low Fisheye Content: Proprietary resin design and process minimize gel spots and optical defects, ensuring a consistently smooth, clear film surface.
- Exceptional Optical Clarity: Ultra-low haze (2%) and high gloss (75%) deliver brilliant transparency and shelf appeal for premium packaging and protective films.
- High Mechanical Balance: 260 kg/cm² tensile strength and up to 750% TD elongation combine strength with flexibility—resisting tearing and deformation.
- Excellent Processability: 2 MFI enables stable, controlled extrusion for thin films (10–50 µm) and multilayer structures, minimizing downtime and scrap.
- Dimensional Stability: Low shrinkage & creep, high TD elongation, and robust MD/TD balance enable reliable lamination, thermoforming, and downstream converting.
- Lamination & Tie-Layer Compatibility: 18% VA ensures strong adhesion to a wide range of polymers (BOPP, LDPE, nylon), making E180L ideal for complex film structures.
- Eco-Friendly Sheet Performance: Virgin EVA base and processability make E180L compatible with sustainable, compostable, and recyclable film blends.
- Thermal Consistency: Stable extrusion window (180–220°C), Vicat softening at 56°C, and melting point 86°C support high-throughput, low-defect film operations.
Applications
Hanwha E180L is engineered for transparent film and sheet applications where optical quality, process stability, and mechanical balance are critical.Transparent Cast Films:
Perfect for flexible packaging (fresh produce, bakery, deli), high-gloss laminates, and protective films for electronics and appliances. E180L’s low haze and high gloss make it the benchmark for premium, consumer-facing transparent films.Multi-Layer Lamination & Tie-Layers:
Used as a heat-seal or tie-layer in BOPP/LDPE/nylon laminates, E180L’s polarity and clarity enable seamless bonding without optical compromise. Ideal for flexible packaging, pouches, and technical laminates demanding both strength and clarity.Eco-Friendly & Sustainable Sheets:
Supports compostable and recyclable film blends, as well as general-purpose EVA sheets for consumer products. E180L’s processability ensures efficient sheet extrusion for downstream thermoforming or cutting.Industrial & Specialty Films:
Applied in agricultural films (greenhouse, mulch), industrial protective films, and consumer goods packaging—where a balance of transparency, flexibility, and toughness is required.Key Application Highlights:
- Ultra-clear cast films (haze 2%) for high-clarity packaging and lamination
- Multi-layer flexible pouches, tie-layers, and heat-seal films
- Eco-friendly sheets and compostable blends
- Industrial/agricultural films and protective sheeting
Hanwha TotalEnergies EVA E181F
Hanwha TotalEnergies EVA E181F (often marketed as Hanwha 181F / 18% EVA 181F) is a premium ethylene‑vinyl acetate (EVA) copolymer resin engineered for crosslinked foam applications, especially athletic shoe midsoles, insoles, and performance footwear foam. With 18 wt% vinyl acetate, melt flow rate 2.5 g/10 min (190°C/2.16 kg), and density 0.940 g/cm³, E181F is designed for conventional kneading and rolling equipment to mix crosslinking and foaming agents for high-rebound, cushioned, and robust footwear foams.Widely used in: Sports shoe manufacturing, foam converters, and footwear supply chains across Delhi-NCR, Gujarat, Maharashtra, Tamil Nadu, and all major Indian footwear clusters.
Functional Features & Specs - Why E181F Leads in Foam Footwear
- 18%-VA-Foam: 18 wt% vinyl acetate - industry standard for athletic and performance foam footwear.
- 2.5-MFR-Foaming: Melt flow rate 2.5 g/10 min (190°C/2.16 kg, ASTM D1238) - perfect for crosslinked foam processing, balancing flow and body.
- Athletic-Focused: Engineered and documented for midsoles/insoles of sports and performance footwear.
- High-Elongation: 750% elongation at break - delivers resilient, cushioned, long-lasting foam.
- Kneader-Friendly: Tailored for use in conventional kneading and rolling equipment for mixing crosslinker and foaming agents.
- Mechanical Authority: Tensile strength ≈ 23.5 MPa, density 0.940 g/cm³ - robust, high-rebound, and lightweight.
- Process Consistency: Detailed Hanwha documentation and global recognition ensure batch-to-batch reliability for converters and shoe brands.
- Global Certification: Supported by Hanwha TotalEnergies leaflets, MSDS, and global distributor data, making E181F a reference foam EVA for technical buyers.
Applications - Where E181F Excels
Crosslinked Foam Midsoles & Insoles
- Regions: Delhi-NCR, Gujarat, Tamil Nadu, Maharashtra
- Uses: Athletic shoe midsoles, insoles, footbeds, high-performance foam layers
- Why: 18% VA, 2.5 MFR, 750% elongation - ideal for rebound, cushioning, and durability in sports and performance footwear
General Footwear Foam
- Uses: Cushion pads, sandals, casual footwear, comfort layers, footbeds
- Why: Soft, lightweight, shock-absorbing foam - engineered for footwear comfort and performance
EVA Foam Sheets & Blocks
- Uses: Sports equipment, protective padding, ergonomic mats, industrial cushioning
- Why: High elongation and tensile strength, excellent for soft, resilient foam sheets and blocks
Other Crosslinked Foam Applications
- Uses: Sports mats, yoga mats, helmet padding, vibration-damping components
- Why: Proven crosslinking, mechanical stability, and foamability for diverse cushioning needs
Hanwha TotalEnergies EVA E181L
Hanwha TotalEnergies EVA E181L is an advanced 18% vinyl-acetate EVA copolymer engineered for high-speed T-die extrusion coating of BOPP film, kraft paper, aluminium foil, and flexible packaging. Manufactured by Hanwha TotalEnergies (South Korea) using proprietary high-pressure tubular polymerization, E181L delivers MFI 25 g/10 min, VA 18 wt%, density 0.940 g/cm³, tensile yield 125 kg/cm² (~12.3 MPa), elongation >600%, Vicat 56°C, melting point 83°C—making it the top choice for converters running high-productivity coating lines across India.
Key Functions, Features & Specs - Technical Authority
- 18%-VA-Adhesive: 18% VA content ensures strong adhesion to BOPP, kraft paper, foil, and film substrates.
- 25-MFI-HighSpeed: Melt index 25 g/10 min enables rapid, thin-layer extrusion at high line speeds.
- Optical-Clear: Proprietary tubular process yields excellent optical clarity and low gel level for transparent coatings.
- Coating-Focused: Explicitly designed for T-die extrusion coating—distinct from foam or general film EVAs.
- Balanced-Drawability: Stable film geometry, well-balanced drawability, and neck-in for reliable production.
Detailed Applications - Where E181L Excels
Extrusion Coating for Flexible Packaging (Core)
- BOPP film coating: For snacks, bakery, and dried goods packaging—moisture barrier, breathable, and printable.
- Kraft paper lamination: For food wraps, burger wrappers, pizza boxes—moisture and grease resistance.
- Aluminium foil lamination: For flexible, printable food packaging and technical laminates.
- Multi-layer films: EVA as a heat-seal or adhesion layer in co-extruded food packaging.
Why E181L:
High MFI allows thin, uniform coatings at high speed; 18% VA ensures strong substrate adhesion; low gel level and high clarity guarantee premium film quality.General Flexible Packaging Films
- Stand-up pouches, gusset pouches, and laminates for non-food (cosmetics, detergents, industrial goods).
- Technical films, agricultural films with EVA heat-seal layer.
Specialty & Technical Films
- Tarpaulins, industrial tarps, protective films for glass, plastic, and metal.
- Custom laminates where clarity, adhesion, and thin-film performance are critical.
Miscellaneous Coating Applications
- Cable sheathing (select cases), film-to-substrate adhesive layers, industrial bonding.
Hanwha TotalEnergies EVA E182L
Hanwha TotalEnergies EVA E182L is a next-generation 18% ethylene-vinyl acetate (EVA) copolymer engineered for high-productivity extrusion coating of food packaging film, kraft paper, aluminium foil, and BOPP/PET film. Produced using Hanwha’s proprietary high-pressure tubular polymerization process, E182L is uniquely positioned with a melt index of 15 g/10 min, VA 18 wt%, density 0.940 g/cm³, tensile yield 130 kg/cm² (~12.7 MPa), elongation >600%, Vicat 56°C, melt temp 83°C, and brittleness < -70°C.E182L is the sweet spot between ultra-fast coating (E181L, MFI 25) and transparent film (E180L, MFI 2) - delivering superior flow control, rapid line speeds, outstanding optical clarity, low gel level, high adhesion strength, and well-balanced drawability. This makes E182L the preferred choice for converters seeking cost-effective, high-volume, and defect-free coating production across India’s food packaging, flexible packaging, and industrial film clusters.
Functional Features & Technical Authority
- Balanced MFI for Coating: MFI 15 enables high-speed extrusion coating with optimal control over coating thickness and uniformity - striking the perfect balance between productivity and precision.
- High Adhesion Strength: 18% VA content ensures robust bonding to BOPP, PET, kraft, and foil substrates, eliminating the need for separate tie-layer adhesives and enhancing laminate durability.
- Outstanding Optical Clarity: Proprietary tubular process delivers gel-free, transparent coatings - critical for consumer-facing food packaging and premium flexible packaging.
- Low Gel Level: Advanced polymerization minimizes gel formation, resulting in smooth, defect-free coating surfaces and reduced scrap rates.
- Well-Balanced Drawability: Stable film geometry, controlled neck-in, and consistent thickness - preventing wrinkles, edge waves, and coating variability, even at high line speeds.
- Cost-Effective Production: Rapid coating speeds and thin, uniform layers reduce material and energy costs per unit area, maximizing throughput for price-sensitive applications.
- Thermal & Mechanical Stability: Vicat 56°C, melt temp 83°C, and brittleness < -70°C ensure coatings perform reliably across temperature extremes and during downstream processing.
Applications
Hanwha E182L is engineered for high-speed, high-quality extrusion coating applications where clarity, adhesion, and productivity are essential.Extrusion Coating for Food Packaging Film:
182L is the top choice for BOPP, PET, kraft paper, and aluminium foil coatings - delivering heat-sealable, food-safe layers for snacks, baked goods, and dried food packaging. Its MFI 15 allows thin, transparent, and defect-free coatings at competitive line speeds.Flexible Packaging & Lamination:
Ideal for stand-up pouches, gusset bags, roll film laminates, and non-food flexible packaging (cosmetics, detergents, industrial goods). E182L’s adhesion and flexibility ensure strong, reliable laminates that withstand handling and processing stress.Specialty & Technical Coating Films:
Used in agricultural films (greenhouse, mulch), technical films, and custom laminates where EVA coating provides moisture/UV protection, sealability, and multi-layer bonding.Miscellaneous Extrusion & Industrial Applications:
Compatible with cable sheathing, adhesive layers, and industrial bonding where a balanced-flow, high-clarity EVA is required.Key Application Highlights:
- BOPP/PET film coating for food and flexible packaging
- Kraft paper and foil lamination for food wraps and takeaway containers
- High-speed, defect-free coating for roll film laminates
- Agricultural/technical films and specialty laminates
Hanwha TotalEnergies EVA E263F
Hanwha TotalEnergies EVA E263F is a dual-purpose, ultra-low-MFI ethylene-vinyl acetate (EVA) copolymer engineered for crosslinked foam in athletic footwear and LSNH (Low Smoke No Halogen) flame-retardant wire & cable compounds. With 26% vinyl acetate, MFI 3 g/10 min, density 0.947 g/cm³, tensile strength 250 kg/cm², elongation >800%, Shore D 28, Vicat 47°C, melting 73°C, and brittleness <−70°C, E263F delivers exceptional split tear resistance, mechanical durability, and outstanding low-temperature flexibility. Manufactured with strict contaminant control and uniform VA/MI, E263F is trusted by India’s top footwear, foam, cable, and specialty compound manufacturers for high-performance, batch-consistent results.
Functional Features & Technical Authority
- 26%-VA-Flexible: Delivers optimal flexibility and mechanical durability for both foam and cable applications.
- 3-MFI-Precise: Ultra-low melt index enables precise foam density control and compound consistency.
- 250kg-Tensile: Exceptional tensile strength ensures robust mechanical structure and long-lasting durability.
- Split-Tear: Outstanding split tear resistance for durable foam soles and resilient cable jackets.
- Cold-Resilient: Brittleness temperature <−70°C provides extreme low-temperature flexibility for harsh environments.
- Uniform Additive Dispersibility: Ensures even distribution of crosslinkers, foaming agents, and flame retardants.
- Excellent Compression Set: Maintains comfort and resilience in footwear and cable insulation.
- Regulatory Compliance: Meets FDA 21 CFR 177.1350, ASTM, IEC cable/fire safety standards; non-hazardous, quality assured.
Applications
Crosslinked Foam Shoe Soles & Footwear (Primary):
E263F is engineered for athletic shoe outsoles, midsoles, insoles, sandals, and crosslinked foam sheets. Its 26% VA and ultra-low MFI enable precise control of foam softness, density, and rebound—delivering superior comfort, split tear resistance, and long-term durability for sports and performance footwear.LSNH/FR Wire & Cable Compounds:
Ideal for LSNH (Low Smoke None Halogen) and flame-retardant cable jackets, insulation, and semi-conductive layers. E263F’s robust mechanical strength and uniform additive dispersibility ensure safe, flexible, and fire-resistant cables for public transport, marine, and building wiring.Specialty Foam & Industrial:
Supports cushioning pads, foam laminates, custom foam formulations, and specialty compounds where mechanical strength and flexibility are critical.Key Application Bullets:
- Athletic shoe soles, midsoles, insoles, sandals
- Crosslinked foam sheets, structural foam
- LSNH/FR cable jackets, insulation, and semi-conductive layers
- Flame-retardant electrical compounds
- Cushioning padding, foam laminates, custom compounds
Hanwha TotalEnergies EVA E282PV
Hanwha TotalEnergies EVA E282PV is a high-performance, tubular-process ethylene-vinyl acetate (EVA) copolymer engineered for photovoltaic (PV) encapsulation, solar cell lamination, and extrusion sheet production. With 28% vinyl acetate, MFI 25 g/10 min, density 0.948 g/cm³, elongation 890%, Shore D 22, and Vicat 38°C, E282PV delivers exceptional transparency, ultra-low gel content, outstanding adhesion, and high dimensional stability for PV module manufacturing. Designed for maximum light transmittance and strict contaminant control, E282PV ensures superior solar cell efficiency, reliable module durability, and process consistency for India’s leading solar and renewable energy manufacturers.
Functional Features & Technical Authority
- Optical-Clarity: Excellent transparency and high light transmittance optimize solar cell efficiency and module output.
- Low-Gel: Ultra-low gel content and contaminant-free formulation ensure electrical safety, optical purity, and defect-free lamination.
- Excellent-Adhesion: Superior bonding to glass, silicon cells, and polymer backsheets without primers—critical for long-term PV module durability.
- Dimensional-Stable: High dimensional-stability during lamination prevents warping, shrinkage, or size variation—ensuring reliable module assembly.
- Crosslink-Efficient: Optimized for rapid UV or thermal crosslinking, supporting fast, stable PV production lines.
- Uniform VA/MI: Guarantees consistent optical and mechanical properties across all batches, eliminating process variability.
- Regulatory Compliance: Meets IEC 61215/61730, FDA 21 CFR 177.1350, ASTM standards; non-hazardous, global solar industry accepted.
Applications
Photovoltaic Module Encapsulation (Primary):
E282PV is engineered for solar cell encapsulation sheets, PV module lamination, and photovoltaic assembly. Its high transparency and low gel content maximize solar light transmission, while outstanding adhesion and dimensional stability ensure module durability and long-term field reliability. E282PV is compatible with standard vacuum and compression lamination, offering predictable crosslinking and minimal shrinkage for crystalline silicon, monocrystalline, and polycrystalline solar panels.Extrusion Coating & Lamination Film:
Ideal for extrusion-coated films and multi-layer lamination where optical clarity and adhesion are critical—such as protective films and specialty coatings for solar and industrial use.Specialty PV & Industrial Applications:
Supports flexible solar modules, building-integrated photovoltaics (BIPV), and custom PV formulations requiring high optical purity and robust adhesion.Key Application Bullets:
- Solar cell encapsulation sheets, PV module lamination
- Photovoltaic assembly, crystalline silicon modules
- Extrusion-coated films, lamination films
- Flexible solar modules, BIPV
- Protective coatings for solar/industrial
HMEL HDPE Polysure B0053D
HMEL HDPE Polysure B0053D is a 1-hexene co-monomer based high molecular weight high density polyethylene produced by HPCL-Mittal Energy Limited using Advanced Dual Loop Slurry MarTECH technology. This large blow moulding grade is developed for heavy-duty hollow articles where processors need excellent processability, high melt strength, good die swell, low parison sagging, high ESCR, and dependable stackability.HPCL-Mittal Energy Limited is one of India’s major integrated petrochemical manufacturers, and its Polysure HDPE portfolio serves blow moulding, injection moulding, and pipe-related applications across industrial sectors. Within this range, B0053D is positioned as a large blow moulding specialist for 240 litre L-ring drums, open top drums, and industrial tanks. Its 1-hexene co-monomer chemistry and slurry technology platform support the melt strength and structural balance required for large hollow articles where parison control, wall distribution, and long-term durability are critical.
Technical Specifications and Deep Technical Insights
B0053D has a melt flow index of 0.08 g/10 min at 190°C/5 kg and 2.5 g/10 min at 190°C/21.6 kg, along with a density of 0.953 g/cc. This very low-flow, high molecular weight profile is especially important in large blow moulding because it supports strong melt strength and reduces parison sagging during production of large drums and tanks.The grade delivers tensile strength at yield of 27 MPa, elongation at break of 900%, and flexural modulus of 1100 MPa. For manufacturers, this means the resin combines rigidity with very good toughness, helping large containers maintain shape while also resisting cracking, impact damage, and handling stress during filling, transport, storage, and repeated industrial use.B0053D also offers ESCR of 300 hours and notched Izod impact with no break at 23°C, both of which are highly relevant for industrial chemical packaging. ESCR is a major selection factor in large blow moulded drums because it indicates how well the material can resist crack formation under load when exposed to detergents, chemicals, or other aggressive contents.From a thermal standpoint, the grade has a Vicat softening point of 127°C and heat deflection temperature of 80°C. These values support dimensional stability in industrial storage and transport applications where large containers may face moderate thermal exposure in warehousing or field conditions.Typical processing guidance includes barrel temperatures of 180–210°C and die temperatures of 160–200°C. In practical terms, this gives processors a stable operating window for maintaining melt strength, die swell behavior, and better wall-thickness consistency in large hollow parts. Buyers comparing HDPE large blow moulding grades typically assess MFI, density, ESCR, impact, and sag resistance together, and B0053D stands out as a purpose-built option for large industrial drums and tanks.Applications
240 Litre L-Ring Drums
B0053D is highly suitable for 240 litre L-ring drums where large-part stability and wall-thickness control are essential. Its high melt strength and low parison sagging help processors produce drums with better dimensional consistency, which is important for industrial liquid storage and transport.Open Top Drums
For open top drums, B0053D offers the structural balance needed for heavy-duty industrial packaging. Its toughness, rigidity, and chemical resistance make it a practical choice for containers that must withstand repeated handling, stacking, and demanding logistics conditions.Industrial Tanks and Chemical Storage
Industrial tanks and chemical storage containers require a resin with strong ESCR, impact resistance, and dependable processability. B0053D fits these applications well because it supports large blow moulded parts that need long-term durability in contact with aggressive contents and rough operating environments.Bulk Liquid Transport Containers
The grade is also relevant for bulk liquid transport containers used in industrial supply chains. Its stackability and resistance profile help improve performance in applications where container integrity during transport and warehousing is a key buying factor.Performance Benefits
B0053D is valued for high melt strength, good die swell, low parison sagging, and useful ESCR in large blow moulding operations. These characteristics help processors improve parison control, reduce instability in large parts, and produce drums and tanks with more reliable wall distribution. Its impact resistance, chemical resistance, and stackability further strengthen its position in industrial packaging applications.Comparable Alternatives
Within the HMEL portfolio, B0148D is better suited for medium blow moulding applications up to 120 litres, while B0155D is more aligned with smaller containers up to 20 litres. B0053D is the stronger HMEL choice when the application involves 240 litre drums, industrial tanks, or large hollow articles where very high melt strength and low sagging are more important than faster processing for smaller packs.Compared with GAIL B53B005, OPaL B55L03, IOCL 55GB003, and similar Indian large blow moulding grades, B0053D stands out as a practical option for industrial drums and tanks where processors need a low-flow HDPE with strong parison stability and chemical durability. The rationale behind this grade is clear: it is assigned to large blow moulding applications that demand melt strength, stackability, ESCR, and industrial toughness rather than medium-container flexibility or injection moulding efficiency. HMEL HDPE Polysure B0151D
HMEL HDPE Polysure B0151D is a 1-hexene comonomer based high-density polyethylene (HDPE) blow-molding grade produced by HMEL under the Polysure HDPE brand. HMEL states it is manufactured using Advanced Dual Loop Slurry MarTECH technology and features a bimodal molecular weight distribution, making it suitable for the blow molding process.B0151D is positioned as a general-purpose blow-molding resin for containers up to 20 liters, with a strong emphasis on exceptional processability, very good melt strength, and high ESCR (environmental stress crack resistance). In practical converter terms, that combination supports stable parison formation and good shape retention during blowing, while helping finished containers resist cracking in real-world service (handling, stacking, transport, and exposure to common oils and household chemicals).HMEL recommends this grade for blow-molded packaging such as lube oil containers, edible oil containers, cosmetic packaging, jerry cans, and detergent containers. HMEL also notes it can be used for double-walled corrugated pipes, indicating additional versatility beyond container packaging.
Technical insights
- Melt Flow Index (190C/2.16 kg): 0.30 g/10 min (typical). A lower-to-medium MFI in blow molding generally supports higher melt strength, helping parison stability for larger containers and reducing sag.
- Density (23C): 0.951 g/cc (typical). This density level supports a balance of stiffness and toughness for general-purpose containers.
- Tensile strength at yield: 27 MPa (typical). Indicates resistance to permanent deformation under load, supporting container rigidity and stacking performance.
- Tensile elongation at break: 1000% (typical). Very high elongation suggests strong ductility, helping reduce brittle failure during drop/impact events.
- Flexural modulus (2% secant): 1000 MPa (typical). Reflects stiffness; supports shape retention in bottles and jerry cans.
- Notched Izod impact strength (23C): 150 J/m (typical). Indicates good impact resistance for handling and transportation.
- Vicat softening point (10 N): 125C (typical). Suggests good heat resistance for many packaging environments.
- Heat deflection temperature (0.455 MPa): 75C (typical). Useful indicator for dimensional stability under moderate heat and load.
- Hardness: 63 Shore D (typical). A quick proxy for surface rigidity and scratch resistance.
- ESCR (F50), 100% Igepal, ASTM D1693B: 35 h (typical). A key blow-molding metric for resistance to slow crack growth, especially relevant for detergent and oil service.
- Processing guidance (blow molding): barrel temperature 170C200C and die temperature 150C190C (typical guidance). Final settings depend on machine, die head, parison programming, and container geometry.
Applications
Lube oil and automotive fluid containers (up to 20 L): B0151D is designed for general-purpose blow-molded containers where processors need stable parison control and good melt strength. The balance of stiffness and impact performance supports containers that must survive handling and transport without deformation.Edible oil bottles and jerry cans: HMEL lists edible oil packaging as a target use case. The grades processability and mechanical balance support consistent bottle production, while ESCR performance helps reduce cracking risk in service.Detergent and household chemical containers: Detergent packaging often demands stress-crack resistance due to surfactants and handling conditions. B0151Ds ESCR positioning makes it a practical choice for converters producing detergent bottles and jerry cans.Cosmetic and personal-care packaging: For cosmetic packaging, processors typically prioritize surface finish, dimensional stability, and reliable processing. B0151Ds general-purpose blow-molding profile supports consistent output across a range of container designs.Double-walled corrugated pipes (select use): HMEL notes the grade can also be used for double-walled corrugated pipes, making it relevant for buyers seeking a resin with some extrusion versatility beyond packaging.Comparable alternatives
Within HMELs Polysure portfolio, B0155D and B0158D are commonly referenced as comparable general-purpose blow-molding grades for containers up to 20 L. However, treat them as alternatives, not direct equivalents, unless you match the full datasheet profile (MFI, density, ESCR, stiffness/impact balance) and validate processing behavior on your line.As a positioning lens:- If you need a general-purpose container resin with strong emphasis on processability + melt strength + ESCR, B0151D is framed as a solid baseline.
- If your application needs a different balance of rigidity and impact (or a different flow profile), B0158D may be evaluated based on HMELs positioning.
- If you are comparing against B0155D, confirm whether the MFI/density window and ESCR targets align with your container size and cycle-time requirements.
Common search variants
Also searched as: HMEL B0151D HDPE, Polysure B0151D blow grade, B0151D HDPE granules, HDPE blow molding resin for 20 litre jerry can, Polysure 0151D, B151D HDPE. HMEL HDPE Polysure B0155D
HMEL HDPE Polysure B0155D is a 1-hexene co-monomer based high density polyethylene blow moulding grade produced by HPCL-Mittal Energy Limited using Advanced Dual Loop Slurry MarTECH technology. Developed for general-purpose blow moulding, this grade is widely used for containers up to 20 litres, jerry cans, and double-walled corrugated pipes where processors need strong melt strength, reliable die swell, and stable parison control.HPCL-Mittal Energy Limited operates an integrated petrochemical complex and markets its polyethylene portfolio under the Polysure brand. Within this range, B0155D is positioned as a general-purpose HDPE blow moulding grade for industrial and packaging applications that demand balanced stiffness, toughness, and processability. Its 1-hexene co-monomer structure and slurry technology platform support the combination of melt strength and end-use durability required in larger blow-moulded packs and technical extrusion applications.
Technical Specifications and Deep Technical Insights
B0155D has a melt flow index of 0.35 g/10 min and a density of 0.955 g/cc, making it suitable for blow moulding applications where parison stability and wall-thickness control are critical. The low MFI supports stronger melt behavior during extrusion, which helps processors maintain better shape retention in larger containers and jerry cans.The grade offers hardness of 62–63 Shore D, tensile strength at yield of 27–29 MPa, elongation at break of 600–900%, and flexural modulus of 1000–1050 MPa. For manufacturers, this means the resin combines rigidity with useful toughness, allowing finished containers to resist deformation while still handling impact and stress during filling, stacking, transport, and use.B0155D also shows notched Izod impact of 150–160 J/m and ESCR of 25–35 hours, which are important for applications involving detergents, lubricants, and chemical exposure. ESCR is especially relevant in blow moulded packaging because it indicates how well the material can resist cracking under stress in aggressive environments.From a thermal standpoint, the grade has a Vicat softening point of 125–127°C and heat deflection temperature of 73–75°C. These values support its use in rigid packaging and industrial applications where dimensional stability under moderate heat exposure matters.Typical processing guidance includes barrel temperatures of 170–200°C and die temperatures of 150–190°C. In production terms, this gives processors a practical operating window for maintaining melt strength, die swell behavior, and efficient blow moulding performance. Buyers comparing HDPE blow moulding grades often look at MFI, density, ESCR, impact, and stiffness together, and B0155D stands out as a well-balanced option for medium-to-large container production.Applications
Lube Oil and Edible Oil Containers
B0155D is well suited for blow-moulded containers up to 20 litres used in lube oil and edible oil packaging. Its melt strength helps maintain parison stability during moulding, while its stiffness supports container shape, stacking performance, and resistance to panel bulging during storage and transport.Jerry Cans and Chemical Packaging
For jerry cans and household or industrial chemical containers, B0155D offers a useful combination of rigidity, impact resistance, and environmental stress crack resistance. This makes it a practical choice for detergent packs, lubricant containers, and similar packaging formats where durability under handling and chemical contact is important.Pharmaceutical, Cosmetic, and Personal Care Packaging
The grade is also relevant for blow-moulded pharmaceutical and cosmetic packaging where processors need consistent conversion behavior and dependable finished-part quality. Its balanced mechanical profile supports rigid containers that require clean moulding performance and stable wall formation.Double-Walled Corrugated Pipes
Beyond packaging, B0155D is used in double-walled corrugated pipe applications where melt strength and structural integrity are important. The grade supports extrusion performance needed for pipe profiles used in underground cable protection and light drainage systems.Performance Benefits
B0155D is valued for exceptional processability, very good melt strength, and excellent die swell properties in blow moulding operations. These characteristics help processors improve parison control, maintain wall-thickness consistency, and reduce production instability in larger containers. Its balanced stiffness and ESCR profile also make it commercially attractive for converters serving oil, detergent, chemical, and technical pipe markets.Comparable Alternatives
Within the HMEL portfolio, M2050S is positioned for thin-wall injection moulding and M0662D is aligned more with crate and industrial moulded products, so they are not direct substitutes for B0155D in blow moulding. B0155D remains the primary HMEL option when the application requires blow-moulded containers or corrugated pipe structures.Compared with GAIL B53A003U, B0155D competes in the blow moulding space for packaging containers, but B0155D is strongly positioned where processors need a combination of melt strength, die swell, and suitability for larger formats up to 20 litres. Against OPaL B55H03 and similar IOCL blow moulding grades, B0155D stands out as a practical Indian HDPE grade for jerry cans, edible oil packs, detergent containers, and technical pipe applications.The rationale behind this grade is clear: it is assigned to applications that need low-flow blow moulding behavior, good rigidity, useful ESCR, and stable processing rather than injection moulding speed or pipe-grade pressure performance. HMEL HDPE Polysure F0050D
HMEL HDPE Polysure F0050D is a 1-hexene co-monomer based bimodal high molecular weight high density polyethylene developed by HPCL-Mittal Energy Limited under the Polysure HDPE range for blown film extrusion. Produced using Advanced Dual Loop Slurry MarTECH technology, this HM film grade is designed for converters who need excellent processability, good bubble stability, strong film toughness, and dependable durability in heavy duty packaging applications.HPCL-Mittal Energy Limited is one of India’s major petrochemical manufacturers supplying polyethylene grades for film, pipe, blow moulding, and industrial packaging applications. Within the HMEL HDPE film portfolio, F0050D is positioned as a heavy duty HM film grade for processors looking for stronger film performance than standard general purpose HDPE film grades. Its bimodal structure and high molecular weight profile make it especially relevant for industrial liners, merchandise bags, trash bags, general purpose shopping bags, grocery carry bags, and selected food packaging film applications.
Technical Specifications and Deep Technical Insights
HMEL HDPE Polysure F0050D has a melt flow index of 0.05 g/10 min at 190°C/2.16 kg, a melt flow index of 8 g/10 min at 190°C/21.6 kg, and a density of 0.950 g/cc. This property profile reflects a bimodal HM-HDPE film resin built for blown film extrusion where melt strength, toughness, and heavy duty film performance are important.Under film testing conditions based on 20 micron film, BUR 4, and 1 mm die gap, the grade shows tensile strength at yield of 30 MPa in MD and 32 MPa in TD, tensile strength at break of 60 MPa in MD and 55 MPa in TD, and elongation at break of 370% in MD and 650% in TD. It also delivers Elmendorf tear strength of 0.8 g per micron in MD and 20 g per micron in TD, along with dart impact strength of 8.7 g per micron. These values indicate a film grade with strong toughness, high impact resistance, and robust end-use performance for demanding bag and liner applications.A major technical advantage of F0050D is its bimodal molecular weight distribution, which helps create a useful balance between processability and mechanical strength. For film converters, this means the resin can support stable extrusion and bubble control while also delivering the toughness and durability expected in heavy duty HM film structures.The grade is also valued for good bubble stability, which is critical in blown film processing because it affects gauge consistency, line control, and production efficiency. Combined with excellent processability, F0050D helps processors run heavy duty film applications with better operational stability and reduced chances of disruption during production.Typical barrel temperature for HDPE blown film processing is 180 to 220°C. For storage and handling, the material should be kept in a dry, dust-free environment below 50°C and protected from direct sunlight and heat exposure before use.Applications
Heavy Duty Films
HMEL HDPE Polysure F0050D is highly suitable for heavy duty film production where converters need stronger mechanical performance, better toughness, and improved durability than standard commodity film grades. Its bimodal HM-HDPE profile makes it a strong option for demanding packaging applications that require dependable film integrity during handling and use.Industrial Liners
For industrial liner applications, F0050D offers the toughness, impact resistance, and blown film stability required for bulk packaging and industrial protection. These properties make it relevant for liner structures used in sacks, industrial packaging systems, and protective film applications where durability is a key requirement.Merchandise Bags and Trash Bags
The grade performs well in merchandise bags and trash bags where film toughness and puncture resistance are important. Its strong mechanical profile helps converters produce bags that can tolerate heavier loading and more demanding handling conditions while maintaining efficient processing on blown film lines.Shopping Bags and Grocery Carry Bags
F0050D is also suitable for general purpose shopping bags and grocery carry bags where manufacturers want a tougher HDPE film resin with stable bubble behavior. This makes it useful for bag producers serving retail and commercial packaging segments that need stronger film performance.Food Packaging Films
In selected food packaging film applications, the grade offers a combination of processability and mechanical reliability that can support practical packaging performance. It is particularly relevant where converters need an HM film grade with durability and stable extrusion behavior for packaging structures.Comparable Alternatives
Within the HMEL film portfolio, F0146D is positioned as a more general purpose blown film grade for T-shirt bags, shopping bags, and liners, while F0153S is more aligned with carry bags and co-extruded film applications. In comparison, F0050D is the stronger heavy duty HM film option for processors who need higher toughness, better durability, and a more robust mechanical profile.Against comparable Indian HM film grades such as GAIL H20H55, OPaL F52H04, IOCL H20H55, and similar Reliance HM-HDPE film grades, F0050D competes as a heavy duty blown film resin with a clear focus on toughness, bubble stability, and demanding liner or bag applications. The rationale behind this grade is straightforward: it is assigned where converters need a bimodal HM film resin that goes beyond standard general purpose film performance and supports more demanding end-use conditions.Online store of household appliances and electronics
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