HDPE made via Hostalen Process
HM-5010T2N (EX3) is a pipe grade resin which is manufactured by
suspension polymerization of ethylene monomer. HM-5010T2N
(EX3) is a bi-model high density polyethylene with 1-Butene as co
- Tough and rigid pipe resin
|Density: 0.943-0.947 g/cm3
• Pressure pipes, e.g. drinking-water
and gas pipes, waste pipes and sewer
pipes, their fittings and also sheets
(UV stabilization and pigments during processing)
- Antioxidant/Process stabilizer
- Lubricant (processing aid)/acid scavenger
Material properties (This data are typical values and are not to be construed as product specifications)
|Melt Index (2.16)
|Melt Index (5)
|Notched Impact @ 23 °C
||ISO 179/ 1 eA
|Hydrostatic Strength (80 ºC)
||(4.0 N/mm²) 1000
Handellling and Health Safety
sMolten polymers could be injured skin or eye so safety
glasses and appropriate gloves are suggested to prevent possible
thermal injuries. Also appropriate ventilation is suggested
in working by melt polymer.
Accumulation of fines or dust particles that are in this grade
is not suitable because of explosion hazard probability. So
adequated filters and grounding exists at all time are recommended.
Polyethylene products (in pelletised or powder form) should
not be stored in direct sunshine and/or heat radiation. Ultraviolet
cause a change in the material properties.The Storage
area should be dry and preferably don't exceed 50 °C. It is
advisable to process PE resin within 6 months after delivery . JPC would not
ressponsible about quality diminishing such as color change,
bad smell or ets which caused by bad storage conditions. It
is better to process PE resin within 6 months after delivery.
Jam Polymers Polyolefin resins are
supplied in pllet form packed in 25kg bags. Alternative packaging modes are
avalable for selected grades.
On compression moulded according to ASTM D1928C
Recommended barrel tempratures range between 190 °C
and 280 °C.
Shear-Viscosity @ 190 °C
🗨The above values were
Calculated from data for 100 µm
on a 75mm Barrnage
extruder with 190°C melt temperature using a 2:1 blow ratio
and a gap die of 3.0 mm.