PE UHMW Corrosion Resistance Industrial Mining Tailing Pipeline

  • Price:

    Negotiable

  • minimum:

  • Total supply:

  • Delivery term:

    The date of payment from buyers deliver within days

  • seat:

    Shandong

  • Validity to:

    Long-term effective

  • Last update:

    2020-11-14 21:44

  • Browse the number:

    402

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Company Profile

Shandong Yanggu Dragon New Material Co.,Ltd

By certification [File Integrity]

Contact:sdyanggujulong(Mr.)  

Email:

Telephone:

Phone:

Area:Shandong

Address:Shandong

Website:http://www.pipeuhmwpe.com/ http://sdyanggujulong.kindfar.com/

Product details

> PE UHMW Raw Material Information

PE UHMW, ultra-high molecular weight polyethylene, is being able to be extruded out as pipes have molecular weight from 2.5 million g/mol to 10.5 million g/mol. The
higher the molecular weight is, the more wear resistant PE UHMW is and the more difficult to be extruded out. And the PE UHMW pipes just can be mould extruded by 100 virgin raw material.



> PE UHMW Pipeline Information

Mine tailings are the ore waste of mines. Mine tailings’ size and composition depend on the mining method. Tailings
may contain chemicals used for mineral extraction. That makes the tailings slurry corrosive. PE UHMW pipe, as corrosion resistance pipe, is an ideal to be used as mine tailing pipe or industrial mining pipe.

Because of very smooth surface and self-lubricating properties, PE UHMW pipeline has far superior anti-scaling properties to any other pipeline on the market today.



>Chemical properties of PE UHMW:


Chemical Properties

Hydrochloric Acid

No abnormal in the sample surface immersed in 20℃-80℃ of hydrochloric acid

GB/T11547-89

Phosphoric Acid

No abnormal in the sample surface immersed in 20℃-80℃ of Phosphoric acid

GB/T11547-89

93# gasoline

No abnormal in the sample surface immersed in 20℃-80℃ of 93# gasoline

GB/T11547-89

Acetic acid

No abnormal in the sample surface immersed in 20℃-80℃ of glacial acetic acid

GB/T11547-89

Sodium hydroxide

No abnormal in the sample surface immersed in 20℃-80℃ of sodium hydroxide

GB/T11547-89

502 super glue

No bonding between samples surfaces

GB/T11547-89


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