Product Description
Enigeering Plastic Green Color Wearable UHWMPE Sheet UHWMPE Plate 2000
| Material |
Brand |
Size (Rod) |
Services |
Application |
| PE |
MBH |
customized |
sheet/rod extrusion
and machining
and plastic modified services |
medical, pharmaceutical,
and semi-conductor, Aerospace, Auto etc. |
Ningbo MBH extrudes PE HDPE UPE/UHWMPE for customers,
UPE is a kind of ultra high molecular weight polyethylene plastic material which is the best of the engineering plastics. Because of its high impact strength, it has the highest impact kinetic energy absorption rate, the highest resistance to wear, and sliding characteristics, more so that it is still stable in the heat. UPE high performance has been in the paper, packaging, machinery, chemical, mining, oil and other industries in the country has a wide range of applications.
-wear resistance
-impact resistance
-corrosion resistance
-self-lubricating
-Absorption impact performance
Ningbo MBH, Founded in 2012, with its headquarters in Stuttgart, Germany, is a supplier of special engineering plastic application solutions in Ningbo, we have for example extruded PEEK, PFA, PEI, PVDF, PCTFE, POM etc, or we could help modify the materials as your requested.
our production and processing department has accumulated years of experience, providing comprehensive product design, processing, installation, and usage consultation to global customers.
Material Including:
High-Temperature resistance Material:
PBI,PEEK,PI,PAI,PEI,PPSU,PES,PSU,PPS,LCP etc.
Engineer Plastic:
POM,PA,PPA,UPE,POK,PPO etc.
All series of Fluoropolymer Thermoplastic:
PTFE,PVDF,PFA,ECFTE,PCTFE,ETFE,FEP etc.
Elastomeric Material:
TPU (moulding concreted), TPU(thermoplasticity), TPEE etc.
Other specific special functional Material:
TPX,COP,COC etc.
Other customizable modified Material by filling aramid fiber, carbon fiber, carbon nano-tube, PBO, molybdenum disulfide, PTFE, mineral, glass fiber, ceramic, boron nitride, silicon nitride etc.
| Exterior |
green |
| Tensile Strength at yield MPA≥ |
17 |
| Elongation at break % ≥ |
50 |
| M.T.ºC |
|
| Tg ºC |
|
Detailed Photos
){kind=link}