Product data sheet for HDPE for injection molding applications with improved flowability and balanced physical properties.
Product data sheet for HDPE made via the Hostalen Process.
Characteristic Properties:
Grade: J-104760 (BL3)
Density: 0.942 – 0.956 g/cm³
Melt Flow Rate (MFR): 0.9 – 1.5 g/10 min (190°C/5 kg)
HDPE SPE80+ is a high molecular weight, high-density polyethylene (HDPE) with high melt viscosity for extrusion. This grade, produced with a 1-hexene co-monomer, is classified as PE 80+ and provides excellent stress crack resistance (ESCR) along with very good long-term hydrostatic strength and good processability.
HDPE S5510 is a high-density polyethylene specially developed for large-part blow molding. Produced with 1-hexene as a co-monomer, it offers high stiffness, good processability, excellent parison melt strength, and good ESCR. HDPE S5510 has been manufactured under a Basell license.
HDPE S5110 is a high molecular weight, high-density polyethylene with a broad molecular weight distribution and 1-hexene as a co-monomer, specially developed for producing thin films with excellent strength and rigidity. This product is suitable for manufacturing high-strength grocery sacks, shopping bags, and high-quality thin films for uni/multi-wall packaging. Films produced with this grade can be readily treated and printed for high-quality graphics.
HDPE S5020 is a high-density polyethylene with a broad molecular weight distribution, specially developed for small blow-molded bottles. Produced with 1-hexene as a co-monomer, it offers high stiffness, easy flow, good ESCR, chemical resistance, and sufficient impact strength. HDPE S5020 is recommended for multipurpose blow molding processes and has been manufactured under the Basell license. HDPE S5020 is a high-density polyethylene with a broad molecular weight distribution, specially developed for small blow-molded bottles. Produced with 1-hexene as a co-monomer, it offers high stiffness, easy flow, good ESCR, chemical resistance, and sufficient impact strength. HDPE S5020 is recommended for multipurpose blow molding processes and has been manufactured under the Basell license.
ILHD 107000F is a high molecular weight, high-density polyethylene copolymer with a broad molecular weight distribution. The product’s molecular architecture and density provide a unique combination of easy extrusion and high melt strength with strong physical properties, making it suitable for producing thin films with excellent strength and rigidity.
HDPE S4265 is a high molecular weight, high-density polyethylene with a broad molecular weight distribution, specially developed for producing intermediate bulk containers (IBC) for the packaging of dangerous goods, large blow molding parts, and jerry cans. This grade, produced with a 1-hexene co-monomer, offers very good creep strength, chemical resistance, environmental stress cracking resistance (ESCR), good processability, and stiffness.
HDPE S104261A is a high molecular weight, high-density polyethylene with a broad molecular weight distribution, specially developed for producing automotive fuel tanks. This grade, produced with a 1-hexene co-monomer, offers excellent creep strength, processability, environmental stress cracking resistance (ESCR), and stiffness.
“AGC107260” is a high-density polyethylene with Propylene as comonomer. The product has good impact strength, good stress cracking resistance (ESCR), low warping, and good flow ability, as well as high density, hardness, and stiffness. Stabilization: Ca-Stearate, Irganox1010.
“A109455F” is a high-density polyethylene with Butene-1 as comonomer. It is a high molar mass for blown film with very high stiffness and good tenacity. Stabilization: Ca-Stearate, Zn-Stearate, Irgafos168.
“A109450F” is a high-density polyethylene with Butene-1 as a comonomer. It is a high molar mass for blown film, with, in comparison to EX4, lower stiffness and increased tenacity. The product has good toughness, low gel level, and good tear strength. Stabilization: Ca-Stearate, Zn-Stearate, Irgafos168.
“A108255” is a high-density polyethylene with Butene-1 as a comonomer. It has a high molar mass, is easily processable, has high stiffness, and provides good stress cracking resistance (ESCR) with an excellent molding surface finish. Stabilization: Ca-Stearate, Irganox1010, Irgafos168.
“A107746” is a high-density polyethylene with Butene-1 as a comonomer. It has a high molar mass, very good impact strength, and optimum stress cracking resistance (ESCR). Stabilization: Ca-Stearate, Irganox1010, Irgafos168.
“A107745” is a high-density polyethylene with Butene-1 as comonomer. It is a special grade. Stabilization: Ca-Stearate, Irganox1010, Irgafos168, Tinevin326, Tinevin622.
“A107740F2” is a high-density polyethylene with Butene-1 as a comonomer. It has a medium molecular mass and a narrow molar mass distribution. Stabilization: Ca-Stearate, Irganox1010, Irgafos168.
“A107260” is a high-density polyethylene with Propylene as comonomer. It is very easy flowing, high density, hardness and stiffness, largely warpage-free, for mass product articles in rapid shot frequency. Stabilization: Ca-Stearate, MgO, Irganox1010, UM V13.
“A107255” is a high-density polyethylene with Butene-1 as comonomer. It is a high molar mass material with very good impact strength and stiffness, good stress cracking resistance (ESCR), and provides an excellent molding surface finish. Stabilization: Ca-Stearate, Irganox1010, Irgafos168, HOE Wax PED191.
“A107250” is a high-density polyethylene with Propylene as comonomer. It is easy flowing, low warpage, less hard and stiff than I1. Stabilization: Ca-Stearate, Irganox1010.
“A106255” is a high-density polyethylene with Butene-1 as a comonomer. It is a special grade for particularly high requirements like low temperature impact strength and stacking, good stress cracking resistance (ESCR). Stabilization: Ca-Stearate, Irganox1010, Irgafos168, HOE Wax PED191.