customized UHMWPE railway sleepers and strips

Category:

所属分类： -- UHMWPE machined parts

Summary：Xinxing UHMWPE composite plastic railway sleepers popular sizes as below : 3300 X 250 X 175 mm 3300 X 240 x 160 mm 2800 X 260 X 170 mm 2150 X 115 X 230 mm

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Detailed description

Advantage of Xinxing Customized UHMWPE railway sleepers and strips :

1. Doesn't wear easily

Having an incredibly high molecular weight,plastic blocks for machining plastic block for milling uhmwpe railway sleepers blocs polypropylene proves its true worth not only in regards to sliding with metal faces, but also sand, powder and other fields where normal wear-resistant materials struggle.

2. Excellent sliding ability

plastic blocks for machining plastic block for milling uhmwpe railway sleepers blocs polypropylene has an extremely low friction coefficient. It is comparable to PTFE, which also slides well.

3. Doesn't crack easily

plastic blocks for machining plastic block for milling uhmwpe railway sleepers blocs polypropylene has a level of shock resistance simply not found in other materials. Does not break easily unless affected chemically.

4. Non-adhesive

Highly non-adhesive. With a non-adhesiveness second only to PTFE, plastic blocks for machining plastic block for milling uhmwpe railway sleepers blocs polypropylene is optimal as a material for the inner liners of containers such as hoppers, silos and chutes.

5. Non-toxic and safe

A physically non-toxic material. Great for use with food products, plastic blocks for machining plastic block for milling uhmwpe railway sleepers blocs polypropylene can also be used in the medical field.

6. Difficult to penetrate
plastic blocks for machining plastic block for milling uhmwpe railway sleepers blocs polypropylene Features excellent chemical resistance.

7. Doesn't absorb water.

plastic blocks for machining plastic block for milling uhmwpe railway sleepers blocs polypropylene has an absorption rate of virtually zero, therefore its strength does not deteriorate due to swelling caused by water absorption.