Products

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 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.

HMEL HDPE Polysure P0147D is a 1-hexene co-monomer based high density polyethylene developed by HPCL-Mittal Energy Limited using Advanced Dual Loop Slurry MarTECH technology for PE 63 pipe extrusion. This grade is designed for non-pressure pipe applications where processors need excellent processability, smooth surface finish, good creep resistance, and high environmental stress crack resistance. HPCL-Mittal Energy Limited is one of India’s major integrated petrochemical producers, and its Polysure HDPE portfolio serves pipe extrusion requirements across infrastructure, irrigation, utility, and industrial sectors. Within this range, P0147D is positioned as HMEL’s PE 63 non-pressure pipe grade for ducting, drainage pipes, drip irrigation laterals, telecom and cable ducts, sewerage systems, sprinkler irrigation, and related conveying applications. Its processing profile makes it especially relevant for manufacturers looking for stable extrusion, good surface quality, and practical field durability.

Technical Specifications and Deep Technical Insights

P0147D has a melt flow index of 0.9 g/10 min at 190°C/5 kg and a density of 0.947 g/cc. This higher flow profile, compared with pressure pipe grades, supports easier extrusion and efficient throughput in PE 63 pipe manufacturing. For processors, that means smoother production in non-pressure pipe applications where output consistency and surface finish are important. The resin delivers tensile strength at yield of 28 MPa, elongation at break of 600%, and flexural modulus of 850 MPa. These values show that the grade offers a practical balance of strength, flexibility, and stiffness for pipes that need to perform well in installation, handling, and regular field use without being positioned as a high-pressure PE 80 or PE 100 material. P0147D is also valued for good creep resistance, high ESCR, and smooth surface finish. These characteristics matter in applications such as ducting, drainage, and irrigation because they help improve dimensional stability, reduce installation friction, and support longer service life under outdoor and field conditions. When compounded with optimum carbon black dosage as required under IS 4984 clause 5.2.3, pipes produced with P0147D meet PE 63 hydrostatic strength requirements. Typical processing guidance includes barrel temperatures of 180–220°C and die temperatures of 190–210°C, giving manufacturers a workable extrusion window for stable output and consistent pipe quality.

Applications

Telecom and Cable Ducting Pipes

P0147D is highly suitable for telecom and cable ducting pipes where smooth inner and outer surface finish is important for cable pulling, installation ease, and dimensional consistency. Its processability supports efficient extrusion of ducting products used in infrastructure and utility projects.

Drainage and Sewerage Pipes

For drainage and sewerage pipe applications, P0147D offers a useful combination of processability, field durability, and structural balance. It is a practical choice for non-pressure pipe systems where smooth extrusion and dependable service behavior are more important than high-pressure classification.

Drip Irrigation Laterals

Drip irrigation lateral production requires a resin that can run efficiently on extrusion lines while maintaining pipe quality and flexibility in agricultural use. P0147D fits this requirement well, making it relevant for irrigation manufacturers serving farming and water management applications.

Sprinkler Irrigation Pipes

In sprinkler irrigation systems, the grade supports consistent pipe production with good surface finish and practical durability. Its PE 63 positioning makes it suitable for irrigation networks where reliable non-pressure performance is needed at scale.

Non-Pressure Water Conveying and Utility Pipes

The grade is also used in non-pressure water conveying and general utility pipe applications where manufacturers need a dependable HDPE resin for ducting, routing, and distribution tasks. Its balance of extrusion ease and mechanical performance makes it a useful option across multiple utility segments.

Performance Benefits

P0147D is valued for excellent processability, good mechanical properties, smooth surface finish, good creep resistance, and high ESCR. These characteristics help pipe extruders improve throughput, maintain product consistency, and deliver reliable PE 63 pipes for irrigation, drainage, sewerage, and ducting applications. Its non-pressure positioning makes it especially relevant where installation ease and practical field performance are key buying factors.

Comparable Alternatives

Within the HMEL pipe portfolio, P0148D is the PE 80 option for pressure pipe applications such as gas and water distribution, while P0049D is the higher-performance PE 100 grade for more demanding pressure systems. P0147D is the right choice when the application is non-pressure oriented and the buyer needs PE 63 classification, easier extrusion, and suitability for ducting, drainage, and irrigation rather than higher pressure duty. Compared with GAIL P63, OPaL P63, IOCL P63, and Relene P63, P0147D competes in the same PE 63 category for non-pressure pipe extrusion. Its key differentiators are its HMEL process technology, stable extrusion behavior, smooth surface finish, and suitability for field-use applications like drip irrigation and cable ducting. The rationale behind this grade is clear: it is assigned to PE 63 applications where processability and practical utility performance matter more than PE 80 or PE 100 pressure ratings.

HMEL HDPE Polysure P0147DU is a 1-hexene co-monomer based high density polyethylene developed by HPCL-Mittal Energy Limited under the Polysure HDPE portfolio for pipe extrusion applications. Produced using Advanced Dual Loop Slurry MarTECH technology, this PE 63 grade is engineered for outdoor telecom ducts, cable ducts, PLB ducts, optical fibre cable laying ducts, and other non-pressure pipe applications where UV resistance, smooth surface finish, and reliable extrusion performance are essential. HPCL-Mittal Energy Limited is a major Indian petrochemical manufacturer known for supplying polyethylene and polypropylene grades for infrastructure, packaging, industrial, and utility applications. Within its pipe extrusion range, Polysure P0147DU is positioned as a specialized UV stabilized outdoor ducting grade for processors and buyers who need a PE 63 HDPE resin that balances processability with field durability. The grade is especially relevant for manufacturers producing outdoor duct systems that must maintain performance during storage, transport, installation, and long-term exposure to sunlight.

Technical Description and Industry

Polysure P0147DU has a density of 0.947 g/cc and a melt flow index of 0.90 g/10 min, making it suitable for PE 63 duct and pipe extrusion applications where controlled flow, dimensional consistency, and surface quality are important. This balance of density and flow supports stable extrusion behavior for long duct lengths and helps processors maintain production efficiency across telecom and cable duct lines. A key technical strength of P0147DU is its combination of good processability, smooth surface, high ESCR, and UV resistance. For manufacturers, this means the resin is not only easier to run on extrusion equipment but also better aligned with the service conditions of outdoor ducting systems. Smooth surface finish is important in telecom and optical fibre duct applications because it supports easier cable insertion and reduced friction during laying. High ESCR improves resistance to environmental stress cracking, which is valuable in real-world handling and field conditions. The UV stabilized nature of P0147DU is one of its most important differentiators. In outdoor telecom and cable duct applications, prolonged exposure to sunlight can reduce service life if the material is not designed for such conditions. This grade is therefore more suitable than a standard non-UV duct resin when the end product will be installed or stored in exposed environments. As a PE 63 grade, P0147DU is intended for non-pressure pipe and ducting applications rather than high-pressure water or gas distribution. Its assigned grade logic is clear: it is built for outdoor utility ducting where extrusion quality, installation ease, and weather resistance matter more than pressure-pipe classification.

Applications

Telecom Ducts

HMEL HDPE Polysure P0147DU is widely suited for telecom duct manufacturing where outdoor durability and installation efficiency are both important. Its UV stabilized profile helps telecom duct producers supply products that can better withstand sunlight exposure during storage and field use, while the smooth surface supports easier cable passage and cleaner installation performance.

Cable Ducts

For cable duct applications, P0147DU offers the right combination of extrusion stability, surface quality, and environmental durability. Manufacturers looking for an HDPE cable duct grade for outdoor infrastructure projects can use this resin where consistent processing and long-term service reliability are critical.

PLB Ducts

P0147DU is also relevant for PLB duct production, especially where outdoor exposure and handling conditions demand a more durable resin system. The grade supports efficient extrusion and helps manufacturers produce PLB ducts with dependable surface finish and utility-grade field performance.

Optical Fibre Cable Laying Ducts

Optical fibre cable laying ducts require smooth internal surfaces and dependable dimensional consistency to support cable protection and easier laying. P0147DU is well matched to this application because it combines PE 63 ducting performance with UV resistance, making it suitable for outdoor optical fibre infrastructure projects.

Outdoor Non-Pressure Pipes

Beyond telecom and cable infrastructure, the grade can also be used in outdoor non-pressure pipe applications where UV stability and crack resistance are important. This makes it useful for utility and infrastructure manufacturers who need a dependable HDPE extrusion grade for exposed service environments.

Comparable Alternatives

Within the HMEL pipe portfolio, P0147D is the standard PE 63 grade for non-pressure ducting, drainage, and drip lateral applications, while P0147DU is the more application-specific choice for outdoor telecom and cable duct systems because of its UV stabilized positioning. If the end use involves sunlight exposure, P0147DU offers a clearer fit than P0147D. P0148D is a PE 80 pressure pipe grade with lower flow and a different application profile, making it more suitable for pressure pipe systems than telecom ducting. P0049D moves further into PE 100 territory for demanding water and gas distribution applications. For buyers choosing among these grades, the decision comes down to service conditions: P0147DU is selected when outdoor ducting, cable protection, UV resistance, and non-pressure performance are the primary requirements. Against comparable PE 63 duct grades from Indian producers such as GAIL, OPaL, IOCL, and Reliance, P0147DU stands out as a specialized outdoor duct grade rather than a generic HDPE pipe resin. Its market relevance comes from the combination of UV resistance, smooth surface, and high ESCR, which directly supports telecom duct, cable duct, and PLB duct manufacturing requirements.