Ultra High Molecular Weight Polyethylene (UHMWPE) Fiber

Ultra High Molecular Weight Polyethylene (UHMWPE) Fiber

  • Model NO.: BPR-PE500D
  • Material: Composite Fiber
  • Fiber Type: Filament
  • Function: High Strength Fiber
  • Trademark: BPR
  • Specification: uhmwpe fiber
  • HS Code: 5501900000
  • Usage: Filling Material, Spinning, Non-Woven Fabric
  • Feature: Anti-Pilling, Abrasion-Resistant, Anti-Distortion, Anti-Static
  • Color: White
  • Model: Bpr-PE1600d
  • Transport Package: Thermoplastic Packaging Inside, Cacrton Packaging
  • Origin: China
Polyethylene Fiber UHMWPE Fiber PE Fiber 
Polyethylene fiber, UHMWPE yarn, also called High Strength and High Modulus Polyethylene Fiber, is currently the highest strength and modulus fiber all over the world. UHMWPE fiber made of 1 million ~ 5 million molecular weight polyethylene, ranks among World Three High Performance Fibers, with nomex Fiber, carbon fiber.
Ultra High Molecular Weight Polyethylene (UHMWPE) Fiber

1. Special Performance of UHMWPE fiber
 (1) high specific strength, high specific modulus.
Its specific strength is more than ten times of the same wire, and specific modulus ranks only second to superfine carbon fiber.
 (2) low fiber density,  0.97 0.98 g/cm3,  and helps the fiber to float on water surface.
 (3) low elongation at break and big specific work of rupture, makes it have strong ability to absorb energy, thus it has outstanding impact resistance and cutting resistance.
 (4) UHMWPE fiber can resist ultraviolet radiation, neutron and gamma rays, and has higher specific energy absorption, low dielectric constant, as well as high electromagnetic wave transmission rate.
(5) It also has characteristic of chemical corrosion resistance, abrasion resistance, and long flex life.
2. Physical Properties of UHMWPE fiber

Density: 0.97 ~ 0.98 g/cm3.
Its density is Less than that of water, which helps it to float on water surface.
Strength: 2.8 ~ 4 n/Tex.
N/Tex modulus: 91 ~ 91.
The extension degree: 3.5% ~ 3.7%.
Comparing to similar aromatic polyamide fiber, its impact energy absorption is nearly twice of that. Even though its melting point is 145 ~ 160 ºC under stress, UHMWPE fiber has good abrasion resistance, and low friction coefficient.
Ultra High Molecular Weight Polyethylene (UHMWPE) Fiber
3. Specification of UHMWPE fiber
Name Fineness(dtex) Fineness range(dtex) Breaking strength(CN/dtex) Initial modulus(CN/dtex) Breaking Stretch Rate
BPR-
PE50
50D 51~60 ≥34/32 ≥1300/1200 ≤3%
BPR-
PE75
75D 77~90 ≥34/32 ≥1300/1200 ≤3%
BPR -PE100 100D 103~119 ≥34/32 ≥1300/1200 ≤3%
BPR -PE150 150D 155~178 ≥34/32 ≥1300/1200 ≤3%
BPR -PE200 200D 207~238 ≥34/32 ≥1300/1200 ≤3%
BPR -PE250 250D 258~297 ≥34/32 ≥1300/1200 ≤3%
BPR -PE300 300D 310~357 ≥32/30 ≥1200/1100 ≤3%
BPR -PE350 350D 362~416 ≥32/30 ≥1200/1100 ≤3%
BPR -PE400 400D 413~476 ≥32/30 ≥1200/1100 ≤3%
BPR -PE500 500D 517~594 ≥32/30 ≥1200/1100 ≤3%
BPR -PE600 600D 620~713 ≥32/30 ≥1200/1100 ≤3%
BPR -PE800 800D 827~951 ≥32/30 ≥1200/1100 ≤3%
BPR -PE1000 1000D 1033~1189 ≥30/28 ≥1100/1000 ≤3%
BPR -PE1200 1200D 1240~1427 ≥30/28 ≥1100/1000 ≤3%
BPR -PE1500 1500D 1550~1783 ≥30/28 ≥1100/1000 ≤3%
BPR -PE1600 1600D 1653~1902 ≥30/28 ≥1100/1000 ≤3%
Ultra High Molecular Weight Polyethylene (UHMWPE) Fiber
4. The Application Prospect of UHMWPE fiber

Because of its numerous excellent characteristics,  UHMWPE fiber shows great advantage in high performance fiber market, from mooring ropes of offshore oil field to high performance lightweight composite materials.  It plays a vital role in modern war and territories such as aviation, aerospace, maritime defense equipments.
Ultra High Molecular Weight Polyethylene (UHMWPE) Fiber

5.FAQ Before Order
Q1:Can i have a sample order for test before large order?
A1: Yes, no problem. BPR welcome sample order for test.
Q2: Do you accept OEM or ODM?
A2: Yes, no problem. OEM or neutral packing is accepted.
Q3: What is your payment term?
A3: T/T, Paypal, and sight L/C.
Q4:What would be the delivery time?
A4:Sample order takes 2~5 working days while large order 1~2 weeks.  
Ultra High Molecular Weight Polyethylene (UHMWPE) Fiber
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