Shandong Yanggu Dragon New Material Co.,Ltd

About Us

Webpage Copyright Shandong Yanggu Dragon New Materials Co.,Ltd  ICP:鲁ICP09026202-2 

  • Phone: 0086 635 2152999 
  • Fax: 0086 635 2152999
  • Mobile: 0086 188 6354 9177
  • Email:
  • Xiangguang Economic Development Zone, Yanggu , Shandong, China
  • Postcode: 252300

Company Overview


Shandong Yanggu Dragon New Material ( Dragon UHMWPE ) is focused on production,  research and development of Ultra High Molecular Weight Polyethlene ( UHMWPE ) products which includes pipes , plates and rods. Started in 2002, It has vast experience accumulated over decades in manufacturing and supplying products to mining , dredging , chemical , power plant and maritime----well known as a reliable and professional supplier.


Dragon UHMWPE built 24 production lines for UHMWPE pipe, one for UHMWPE sheet and one for UHMWPE rod , one CNC machining workshop and one in-house lab for wear, impact , tensile and molecular weight test. We hold ISO 9001 certificate and manufacture according to standard or customised requirement with advanced equipment and technology.

Dragon 's key products include  :

slurry pipe

tailing pipe

wear resistance pipe

dredging pipe

sand discharge pipe

uhmwpe lined steel pipe


Ranges of UHMWPE pipe : DN 30 to DN 1200
Ranges of UHMWPE lined stee pipe : DN 30 to DN 1200
Ranges of UHMWPE rods : DN30 to DN 180
Ranges of UHMWPE plate : WT 10mm to WT 200mm


UHMWPE pipe is used in a large range of wear and abrasion applications such as dredging pipe, slurry pipes for hydrotransport, mineral sands pipelines, mine tailings pipelines , mine concentrate pipeline and waste water and pipelines, conveyance iron ore slurry, coal / cement slurry and slurry transportation in mines.


Our customer base includes mining contractors , dredging operators, oil and gas corporations, offshore contractors, power plants, chemical coporations, etc.


Advanced Quality , Technology innovation and Professional service will remain the company’s underlying strength through its continuous development.