HDPE 5110
| Quick Technical Specifications: HDPE HFI5110 | |
|---|---|
| Product Grade | HFI5110 (5110 Film Grade) |
| Polymer Type | High-Density Polyethylene Copolymer (HMW-HDPE / 1-Hexene C6) |
| Primary Application | Blown Film Extrusion (High-Stalk High-Tenacity Film) |
| Density | 0.951 g/cm³ (951 kg/m³) |
| Melt Flow Rate (MFR / MFI) | 10 g/10 min (190 °C / 21.6 kg) |
| Key Properties | High Tensile Tenacity (55 MPa), Excellent Ink Adhesion, High TD Tear (800 mN), Superior Processability |
| Equivalent International Grades | SABIC BM1052, HCH 5110, Basell Lupolen HDPE 5121B, SABIC F00950 |
| HS Code | 39012000 — Polyethylene with specific gravity ≥ 0.94 |
| Producer / Manufacturer | Arya Sasol Polymer Company (ASPC) |
| Packaging | 25 kg Bags, Shrink-Wrapped Wooden Pallets (55 Bags / 1,375 kg Net Weight) |
| Supplier & Direct Contact | For pricing & availability: 09155118932 (Direct WhatsApp Contact) — MizanPetroGas Company |
- Description
Description
High-Density Polyethylene — HDPE HFI5110 (C6 Film Grade)
High-Molecular-Weight Hexene-Copolymer Blown Film Grade with Superior Tensile Strength & Printability — Producer: Arya Sasol Polymer Company (ASPC) | Supplier: MizanPetroGas Company
Product Introduction
HDPE HFI5110 is a premier high-molecular-weight high-density polyethylene (HMW-HDPE) resin engineered specifically for high-stalk blown film extrusion, high-tenacity carrier bags, multi-layer barrier packaging, and heavy-duty industrial webs. Polymerized with 1-hexene (C6) as a comonomer and characterized by a density of 0.951 g/cm³ and a high-load Melt Flow Rate of 10 g/10 min (190 °C / 21.6 kg), this grade provides a balanced combination of high tensile tenacity, dart impact toughness, tear resistance, and high-speed processing stability.
Manufactured by Arya Sasol Polymer Company (ASPC) and supplied internationally by MizanPetroGas Company, HDPE HFI5110 delivers broad molecular weight distribution (MWD) and clean resin purity, making it the material of choice for converters requiring excellent film gauge uniformity, broad sealability, and corona-treated ink adhesion for high-speed flexographic printing.
MizanPetroGas | 09155118932 | sell@mizanpetrogas.com
Pricing and Commercial Sourcing
Commercial pricing for HDPE HFI5110 tracks international ethylene and hexene monomer benchmarks, regional polymer indices, and global flexible packaging demand. Products are supplied in prime natural pellet form on shrink-wrapped wooden pallets (55 bags × 25 kg / 1,375 kg net weight) with prompt ex-warehouse distribution and containerized export shipping. For real-time spot quotations, batch Certificate of Analysis (COA), and commercial contract allocations, contact the commercial department at MizanPetroGas.
Technical and Structural Profile
HDPE HFI5110 utilizes a 1-hexene (C6) copolymer architecture that builds a higher density of inter-lamellar tie molecules compared to conventional butene-based film resins. This molecular structure generates exceptional bi-axial tensile strength (MD / TD: 55 / 55 MPa), high ultimate elongation (MD 580% / TD 620%), and superior transverse tear resistance (TD Elmendorf Tear: 800 mN).
With a broad molecular weight distribution and high-load MFR of 10 g/10 min (21.6 kg), HFI5110 delivers the melt elasticity necessary to sustain stable, tall-neck blown film bubbles (BUR 3:1 to 5:1) at film thicknesses ranging from 15 to 50 μm, while maintaining low extrusion head pressures and reduced energy consumption.
Key Features
- 1-Hexene (C6) Comonomer Architecture for Superior Mechanical Tenacity
- High Bi-Axial Tensile Strength (MD / TD: 55 / 55 MPa – ISO 527)
- High Transverse Elmendorf Tear Resistance (TD: 800 mN / MD: 250 mN)
- High Ultimate Elongation at Break (MD: 580% / TD: 620%)
- Controlled High-Load Melt Index (HLMFR: 10 g/10 min @ 190 °C / 21.6 kg)
- High Tensile Modulus of Elasticity (1050 MPa) for Film Stiffness
- Exceptional Corona Surface Reactivity & High-Definition Ink Adhesion
- High Thermal Resistance Profile (Melting Peak: 132 °C / Vicat: 127 °C)
- High Bubble Envelope Stability During High-Speed Stalk Extrusion
- Down-Gauging Potential with Reduced Production Scrap
- Certified Food Contact Compatibility (FDA / European Standards)
- 100% Recyclable Polyolefin Polymer Matrix
Technical and Industrial Advantages
Hexene-C6 Tenacity
1-Hexene copolymerization provides superior puncture and tensile resistance (55 MPa), preventing web splits during heavy load transport.
Transverse Tear Durability
Outstanding TD tear strength (800 mN) resists catastrophic tearing along bag side seams, bottom heat seals, and punched handle holes.
High-Stalk Bubble Stability
Melt strength and broad MWD sustain stable high-stalk bubbles, allowing high line speeds with tight gauge uniformity across the web.
Ink Adhesion & Printability
High response to in-line corona discharge treatment ensures sharp, high-adhesion flexographic and rotogravure printing for retail graphics.
Material Down-Gauging
Enables converters to down-gauge film thickness without compromising tensile load-bearing capacity or puncture resistance.
Multi-Layer Barrier Compatibility
Serves as a reliable high-stiffness structural and moisture-barrier core layer in 3-layer and 5-layer co-extrusion webs.
Primary Applications and Target Industries
Retail & Shopping Bags
High-tenacity boutique carrier bags, T-shirt bags, supermarket handle bags, and produce roll sacks.
Multi-Layer Packaging Webs
Structural stiffness and moisture-barrier layers in co-extruded multi-ply barrier packaging laminates.
High-Definition Printed Films
Printed retail display films, branded consumer overwrap, and merchandise packaging requiring sharp graphic reproduction.
Hygienic Food Packaging
Grease-resistant deli counter wrapping, bakery produce bags, frozen food pouches, and food-grade box liners.
Industrial Sacks & Bag Liners
Multi-wall paper sack inner liners, heavy-duty industrial refuse sacks, and bulk chemical powder packaging liners.
Agricultural Protection Webs
Protective greenhouse films, crop nursery covers, and weather-resistant barrier sheeting.
Target Customer Segments
High-Stalk Film Extruders
Extrusion plants operating advanced high-stalk blown film lines producing thin, high-strength packaging webs.
Carrier Bag Converters
Bag making plants producing merchandise handle bags, retail shopping sacks, and automated roll bags.
Flexible Packaging Printers
Converters operating multi-color flexographic and rotogravure presses requiring uniform ink wet-out and adhesion.
Food Packaging Manufacturers
Plants producing certified food-contact wraps, deli sheets, and hygienic food barrier packaging.
Multi-Layer Co-Extrusion Plants
Manufacturers extruding 3-layer and 5-layer blown barrier webs utilizing HDPE as a core stiffening component.
Polymer Raw Material Distributors
Trading entities supplying prime certified C6 HMW-HDPE film resins to domestic and export converting markets.
Technical Specifications Table (Typical Properties)
| Property | Typical Value | Unit / Conditions | Test Method |
|---|---|---|---|
| Grade Name | HFI5110 (HDPE HFI5110) | — | — |
| Polymer Type | High-Density Polyethylene Copolymer (HMW-HDPE / 1-Hexene) | — | — |
| Application Group | Blown Film Extrusion / High-Stalk High-Tenacity Film | — | — |
| Density @ 23 °C | 0.951 | g/cm³ (951 kg/m³) | ISO 1183 |
| MFR (190 °C / 21.6 kg) | 10 | g/10 min (High-Load MFR) | ISO 1133 |
| Tensile Modulus of Elasticity | 1050 | MPa | ISO 527-1, 2 |
| Tensile Stress @ Yield | 26 | MPa | ISO 527-1, 3 |
| Tensile Strength @ Break (MD / TD) | 55 / 55 | MPa | ISO 527-1, 3 |
| Ultimate Elongation @ Break (MD / TD) | 580 / 620 | % | ISO 527-1, 3 |
| Elmendorf Tear Strength (MD / TD) | 250 / 800 | mN | ISO 6383-2 |
| Melting Temperature ($T_m$) | 132 | °C | ISO 3146 |
| Vicat Softening Temperature (A/10N) | 127 | °C | ISO 306 |
| Target Film Thickness Range | 15 – 50 | μm | Extrusion Window |
| Recommended Blow-Up Ratio (BUR) | 3.0:1 – 5.0:1 | — | High-Stalk Configuration |
| Producer / Manufacturer | Arya Sasol Polymer Company (ASPC) | Prime Production | — |
| Equivalent International Grades | SABIC BM1052, HCH 5110, Basell Lupolen HDPE 5121B, SABIC F00950 | — | — |
| HS Code | 39012000 / 39012090 | — | Polyethylene with specific gravity ≥ 0.94 |
Technical Property Interpretations
- 1-Hexene Comonomer Structure: Generates high tie-molecule density, providing balanced bi-axial tensile strength (55/55 MPa) and superior puncture resistance.
- Density (0.951 g/cm³): Delivers balanced tensile stiffness (Modulus: 1050 MPa) and moisture vapor barrier properties while preserving web drawability.
- High-Load MFR (10 g/10 min @ 21.6 kg): Indicates high molecular weight with broad MWD, providing melt elasticity for stable high-stalk tubular bubbles.
- Transverse Tear Strength (TD: 800 mN): Prevents bag splitting along side seams and gussets when subjected to dynamic handling and filling stresses.
- Ultimate Elongation (MD 580% / TD 620%): Ensures high film ductility, absorbing impact energy without brittle rupture during transport.
- Thermal Resistance (Melting Point: 132 °C / Vicat: 127 °C): Confirms wide heat-sealing latitudes and thermal stability in warm filling and storage environments.
Conceptual Performance Profile
Performance Summary: HDPE HFI5110 (C6) is a premier high-molecular-weight blown film resin. Featuring 1-hexene copolymerization, balanced bi-axial tensile strength (55/55 MPa), high transverse tear resistance (800 mN), and superior ink receptivity, it delivers exceptional durability, print quality, and processing efficiency for flexible retail, food, and industrial packaging.
Recommended Processing Conditions
| Extrusion Parameter | Recommended Operational Range | Operational Significance |
|---|---|---|
| Extruder Barrel Temperature Profile | 200 °C – 235 °C | Progressive thermal ramp to ensure complete C6 melt homogenization and low motor load |
| Extrusion Die Temperature | 210 °C – 230 °C | Maintains uniform lip exit velocity and prevents die line formation |
| Blow-Up Ratio (BUR) | 3.0:1 – 5.0:1 | High-stalk configuration to optimize bi-axial orientation and mechanical properties |
| Neck Height (Stalk Height) | 6 to 8 × Die Diameter | Stabilizes the cylindrical bubble envelope prior to final radial expansion |
| Target Film Gauge Range | 15 μm – 50 μm | Optimal thickness window for high-tenacity carrier bags and barrier webs |
These parameters support uniform film gauge control, bubble stability, and high mechanical toughness. Operating settings can be fine-tuned based on extruder screw L/D ratio, cooling ring design, line haul-off speed, and target web gauge.
Packaging, Storage & Handling
Standard Packaging Configuration:
- Supplied in 25 kg multi-layer polyethylene bags
- Palletized on shrink-wrapped wooden pallets (55 bags / 1,375 kg net weight)
- Supplied in natural spherical pellets under HS Code: 39012000 / 39012090
Storage & Handling Protocols:
- Store in a dry, clean, and dust-free sheltered warehouse facility.
- Protect bags from direct sunlight, rain, moisture, and UV degradation.
- Maintain storage temperatures below 50 °C away from open thermal sources.
- If stored in high-humidity environments, pre-drying of resin pellets prior to extrusion is recommended.
- For optimal mechanical and optical properties, resin processing within 12 to 24 months of delivery is advised.
Frequently Asked Questions (FAQ)
What makes HDPE HFI5110 superior to standard butene-based film grades?
HFI5110 uses 1-hexene (C6) as a comonomer, which builds a higher density of inter-lamellar tie molecules. This delivers significantly higher tensile breaking strength (55 MPa), superior Elmendorf tear resistance (TD: 800 mN), and enhanced dynamic puncture toughness.
HFI5110 uses 1-hexene (C6) as a comonomer, which builds a higher density of inter-lamellar tie molecules. This delivers significantly higher tensile breaking strength (55 MPa), superior Elmendorf tear resistance (TD: 800 mN), and enhanced dynamic puncture toughness.
What are the direct international equivalents for HDPE HFI5110?
Direct commercial equivalents in international polymer markets include SABIC BM1052, HCH 5110, LyondellBasell Lupolen HDPE 5121B, and SABIC F00950.
Direct commercial equivalents in international polymer markets include SABIC BM1052, HCH 5110, LyondellBasell Lupolen HDPE 5121B, and SABIC F00950.
Is HFI5110 suitable for high-definition flexographic printing?
Yes. Following standard in-line corona discharge treatment, HFI5110 exhibits excellent surface wetting tension and ink adhesion, ensuring sharp reproduction for branded retail packaging graphics.
Yes. Following standard in-line corona discharge treatment, HFI5110 exhibits excellent surface wetting tension and ink adhesion, ensuring sharp reproduction for branded retail packaging graphics.
What is the recommended blow-up ratio (BUR) for processing HFI5110?
A high-stalk configuration with a Blow-Up Ratio of 3.0:1 to 5.0:1 and a neck height of 6 to 8 times the die diameter is recommended to maximize bi-axial mechanical properties and bubble stability.
A high-stalk configuration with a Blow-Up Ratio of 3.0:1 to 5.0:1 and a neck height of 6 to 8 times the die diameter is recommended to maximize bi-axial mechanical properties and bubble stability.
Summary
HDPE HFI5110 produced by Arya Sasol Polymer Company (ASPC) is a premier 1-hexene copolymer high-density polyethylene film resin featuring a density of 0.951 g/cm³, high-load MFR of 10 g/10 min (190 °C / 21.6 kg), balanced bi-axial tensile strength of 55 / 55 MPa, high transverse tear resistance of 800 mN, and excellent ink printability, making it an established material solution for high-tenacity carrier bags, multi-layer barrier webs, food wrapping, and heavy-duty industrial sacks.
Technical documentation, batch analysis certifications (COA), and commercial export supplies are provided by MizanPetroGas Company.
Request Pricing & Technical Consultation
Contact the commercial team at MizanPetroGas Company for current spot quotations, batch Certificate of Analysis (COA), and supply agreements for Arya Sasol Polymer Company HDPE HFI5110.
09155118932 — Direct WhatsApp Contact
Sales Inquiries: sell@mizanpetrogas.com | Ex-Warehouse Delivery + Nationwide & Export Shipping
