HDPE (high density polyethylene) continuous fiber (uni-directional) reinforced thermoplastic composite tape, 70% E-glass by weight Celstran® CFR-TP HDPE GF70-01 is a 70% E-glass by weight HDPE (high density polyethylene) continuous fiber (uni-directional) reinforced thermoplastic composite tape. The material exhibits a high strength-to-weight ratio, excellent toughness and chemical resistance. It is well suited for industrial, automotive and sporting goods applications where cost and process ability are critical. The material is available in natural and black colors. Â Alternate tape widths and thicknesses may be available.

40% long fiber glass reinforced High Density Polyethylene 40% long fiber glass reinforced, High Density Polyethylene

60% long strand glass fiber reinforced high density polyethylene 58% long strand glass fiber reinforced high density polyethylene

HGB-0354 is a certified prime Gas Phase blow molding copolymer designed to meet end-use requirements of containers for packaging of Household Industrial Chemicals (HIC). HGB-0354 features medium swell, easy and consistent processability either in conventional continuous or intermittent extrusion equipment, and excellent balance of bottle ESCR, Impact strength and Stiffness. Applications include medium size containers for detergents, bleach, antifreeze, motor oil and ice chests. HGB-0354 recommended processing temperature is 160 to 180°C. with mold at 10 to 30°C.

HGB-0354A is a certified prime Gas Phase blow molding copolymer designed to meet end-use requirements of containers for packaging of Household Industrial Chemicals (HIC). HGB-0354A contains antistatic and features medium swell, easy and consistent processability in conventional continuous or intermittent extrusion equipment, and excellent balance of bottle ESCR, Impact strength and Stiffness. Applications include medium size containers for detergents, bleach, antifreeze, motor oil and ice chests. HGB-0354A recommended processing temperature is 160 to 180°C. with mold at 10 to 30°C.

HGB-0454 is a certified prime Gas Phase process BLOW MOLDING copolymer designed to meet end-use requirements of containers for packaging of Household Industrial Chemicals (HIC). HGB-0454 features medium swell, easy and consistent processability in conventional continuous or intermittent extrusion equipment, and excellent balance of bottle ESCR, Impact strength and Stiffness. Applications include medium size containers for detergents, bleach, antifreeze, motor oil and ice chests. HGB-0454 recommended processing temperature is 160 to 180°C., with mold at 10 to 30°C. HGB-0454 conforms with FDA regulation21CFR 177.1520 (c) 3.1(a) + 3.2(a) and most international regulations concerning polyethylene use in contact with food articles.

HGB-0454A is a certified prime Gas Phase process BLOW MOLDING copolymer designed to meet end-use requirements of containers for packaging of Household Industrial Chemicals (HIC). HGB-0454A features medium swell, easy and consistent processability in conventional continuous or intermittent extrusion equipment, and excellent balance of bottle ESCR, Impact strength and Stiffness. Applications include medium size containers for detergents, bleach, antifreeze, motor oil and ice chests. HGB-0454A recommended processing temperature is 160 to 180°C., with mold at 10 to 30°C. HGB-0454A contains no slip and no antiblock. HGB-0454A conforms with FDA regulation 21CFR 177.1520 (c) 3.2(a) and most international regulations concerning polyethylene use in contact with food articles.

HGB-0457B is a certified prime BLOW MOLDING and COMPRESSION copolymer developed for the production of high performance containers for general purpose and cap closure applications. HGB-0457B features BROAD-BIMODAL Molecular Weight Distribution that offers a unique combination of ESCR, Stiffness and Impact resistance at significant bottle weight reduction, and excellent processability in both continuous and intermittent equipments. HGB-0457B applications include small to medium-size containers for detergents, bleach chemicals, engine oil, antifreeze, toiletries, cosmetics and battle cap for carbonated soft drink. HGB-0457B recommended processing temperature is 150 to 170°C. with mold at 10 to 30°C. HGB-0457B conforms with FDA regulation 21CFR 177.1520 (c ) 3.1(a) + 3.2(a) and most international regulations concerning polyethylene use in contact with food articles.

HGB-0760 is a certified prime Gas Phase blow molding homopolymer designed for production of containers for packaging of non-aggressive chemicals. HGB-0760 features low to medium swell, excellent processability in conventional continuous extrusion equipment, good ESCR, good Impact strength, high Stiffness, improved Barrier, and low Odor and Taste. Applications include small to medium size thin wall bottle for milk, water and juices, wide mouth containers for body powders, and extrusion of sheet and profiles. HGB-0760 processing temperature is 140 to 165°C, with mold 10 to 30°C.

HHP-0449 is a certified prime grade Medium Molecular Weight designed for EXTRUSION of PIPE sized up to diameter 10 in (250 mm). HHP-0449 features easy processability, good Impact strength and toughness, good Rigidity, and high ESCR. HHP-0449 recommended applications include corrugated cable duct, protective conduit, cable and telecommunications conduit, and other tubing NON pressure applications. HHP-0449 processing temperature is 355° to 380°F (180° to 195°C). HHP-0449 complies with FDA regulation 21CFR 177.520 (c) 3.2a and most international regulations concerning the Polyethylene use in contact with food articles.

HHP-1244 is a certified prime, natural color base hexene-copolymer grade, designed for EXTRUSION of PIPE. HHP-1244 meets PE-3408 non-pressure and pressure pipe service requirements from 1 to 64 inch sized diameters and features good long-term hoop strength performance for applications including municipal potable water pipe, fuel gas pipe, re-lining pipe, industrial and mining pipe, storm and sanitary pipe. HHP-1244 processing temperature is 365° to 390°F (185° to 199°C). HHP-1244 meets all requirements of ASTM-D4976 - PE 235 & NSF Standard 14/61.

HHP-849 is a certified prime, natural color base hexene-copolymer grade, designed for EXTRUSION of PIPE. HHP-849 meets PE-3408 non-pressure and pressure pipe service requirements from 1 to 64 inch sized diameters and features good long-term hoop strength performance for applications including municipal potable water pipe, fuel gas pipe, re-lining pipe, industrial and mining pipe, storm and sanitary pipe. HHP-849 processing temperature is 365° to 390°F (185° to 199°C). HHP-849 meets all requirements of ASTM-D4976 - PE 235 & NSF Standard 14/61.

HI-1252 is a certified prime copolymer designed for molding applications requiring good toughness and moderate stiffness. HI-1252 features medium flow, easy processability, good Environmental Stress Cracking Resistance (ESCR,) good impact strength, and good warpage resistance. HI-1252 applications include housewares, medium size food pails, buckets, over-caps and closures, tote boxes, toys, ink and photo-film cartridges. HI-1252 recommended processing temperature is 210 to 230°C. with mold @ 20 to 40°C.

HI-1752 is a certified prime copolymer that features easy processability, good impact strength, good resistance to low temperature, glossy surfaces, and good dimensional stability. HI-1752 typical applications include housewares, toys, and other general purpose molded applications. HI-1752 complies with U.S. FDA 21 CFR 177.1520 © 3.2a regulation.

HI-2053 is a certified prime grade Hexene copolymer designed for INJECTION MOLDING, general purpose applications. HI-2053 features easy processability, good impact strength and good toughness. HI-2053 applications include multi-cavity caps, closures and lids, food containers and toys. HI-2053 complies with FDA regulation 21CFR 177.1520(c) 3.2a.

HI-255 is a certified prime copolymer designed for molding industrial applications requiring excellent toughness and moderate stiffness. HI-255 features easy processability, superior Environmental Stress Cracking Resistance (ESCR), excellent impact strength, good dimensional stability and warpage resistance. HI-255 suggested applications include industrial containers and lids, 1 to 5 gallon pails, tote boxes, housewares, toys and structural foam. HI-255 recommended processing temperature is 230 to 270°C. with mold @ 20 to 40°C.. HI-255 complies with FDA regulation 21CFR 177.1520 (c) 3.2 (a) and with most international regulations concerning the use of Polyethylene in contact with food articles.

HI-2553 is a certified prime copolymer designed for molding thin wall applications requiring good resistance to low temperature and good balance of mechanical properties. HI-2553 features high flow, fast cycling, easy processability, good impact strength, high gloss surfaces, good dimensional stability and warpage resistance. HI-2553 applications include multicavity margarine and yogurt tubs, ice cream pails, frozen food containers, deep drawn housewares, and over-caps. HI-2553 recommended processing temperature is 210 to 230°C. with mold @ 20 to 40°C.

HI-3052 is a certified prime grade Hexene copolymer designed for INJECTION MOLDING General Purpose thin-wall applications requiring good balance of properties. HI-3052 features high flow, fast cycling, easy processability, good impact strength and dimensional stability. HI-3052 applications include multicavity thin-walled food containers, frozen food containers, seedling trays, aerosol over-caps and closures. HI-3052 recommended processing temperature is 210 to 230°C. with mold @ 20 to 40°C. HI-3052 complies with FDA regulation 21CFR 177.1520(c) 3.1a + 3.2a and with most international regulations concerning the use of Polyethylene in contact with food articles.

HI-355 is a certified prime copolymer designed for molding industrial applications requiring excellent toughness and moderate stiffness. HI-355 features easy processability, superior Environmental Stress Cracking Resistance (ESCR), excellent impact strength, good dimensional stability and warpage resistance. HI-355 suggested applications include industrial containers and lids, 1 to 5 gallon pails, tote boxes, housewares, toys and structural foam. HI-355 recommended processing temperature is 230 to 270°C. with mold @ 20 to 40°C.. HI-355 complies with FDA regulation 21CFR 177.1520 (c) 3.2 (a) and with most international regulations concerning the use of Polyethylene in contact with food articles.

HI-4052 is a certified prime copolymer specially designed for molding thin wall applications requiring good balance of properties. HI-4052 features high flow, fast cycling, easy processability, good impact strength, high gloss surfaces, good dimensional stability and good stiffness. HI-4052 applications include multicavity thin-walled containers, frozen food containers, deep drawn housewares, over-caps, and bottle base cups. HI-4052 recommended processing temperature is 210 to 230°C. with mold @ 20 to 40°C.

HI-452 is a certified prime copolymer designed for molding industrial applications requiring excellent toughness and moderate stiffness. HI-452 features easy processability, superior Environmental Stress Cracking Resistance (ESCR), excellent impact strength, good dimensional stability and warpage resistance. HI-452 suggested applications include industrial containers and lids, 1 to 5 gallon pails, tote boxes, housewares, toys and structural foam. HI-452 recommended processing temperature is 230 to 270°C. with mold @ 20 to 40°C.

HI-5052 is a certified prime grade designed for INJECTION MOLDING of multi-cavity thin-wall food containers. HI-5052 offers a balance of excellent processability, good impact strength, good stiffness and toughness. HI-5052 applications include lids and frozen food containers. HI-5052 complies with FDA regulation 21CFR 177.1520(c) 3.2a.

HI-6351 is a certified prime grade designed for INJECTION MOLDING of thin-wall containers. HI-6351 offers a balance of excellent processability, good impact strength and good stiffness. HI-6351 applications include lids and frozen food containers. HI-6351 complies with FDA regulation 21CFR 177.1520(c) 3.2a.