Hi Guest Sign in | Join Free
For Buyers
Post buy leads to let suppliers know what you're looking for
Post Buy Leads
Subscribe product alert to receive updates on new products!
China (Mainland) Anping County Jianye Metal Material and Wire Mesh Factory
Detailed Company Description:

Jian-Ye Anping Metal Wire Mesh Factory is to produce a high temperature, corrosion resistance, wear silk products and network products. Commonly used in nickel-base alloy: Hastelloy (c276 c22), Ying Cornell alloys (600 601), Monel (400), Long Peng alloys (20), two-way stainless steel (2205 2507), super stainless steel (904L). Commonly used class of pure metals and precious metals are: Copper, titanium, silver, nickel, platinum and so on. Most of our plant material from countries such as USA, Japan and French imports, but also domestic raw materials. Regardless of order size, even if it is 0.1 square meters and we seriously elaborate. Our factory specializes in production of processed nickel-based alloys, super stainless steel, pure precious metal wire. Often produce wire mesh demister, liquid filters, metal filter, chemical tower parts, packing net, filter, filtering, films and so on. Our factory is located in the world's largest market, next to the screen (China Anping Wire Mesh Market), there is production of wire mesh of talent and technology, has produced a variety of wire mesh machinery and leads to a global. The Express and the means of transport.
Tel: 86 - 0318 - 7750066
Fax: 86 - 0318 - 7750066
Mobile:
Skype:
MSN:
Website: www.raremetalmesh.com
Address: West Street, Anping County, Hebei Province Were Quan 1 Lane, Hengshui, Hebei, China Hengshui Hebei China
Zip Code:
Business Type:
Product/Service: Metal Materials, Wire Mesh, Fencing, Conveyer Belt Mesh
Number of Employees: 51 - 100
Year Established: 2008
Legal Representative/Business:
Main Markets:
Payment Terms:
Total Annual Sales Volume: USD 1,000,001 - 2,000,000
Factory Size :
Factory Location:
QA/QC:
No. of Production Lines:
No. of R&D Staff:
No. of QC Staff:
Management Certification:
Production Function: