Perfect Conductivity Copper Alloy C17200 C17500 Copper Beryllium Foil Strip

Basic Info

Model NO.	sp
Standard	ASTM
Grade	Beryllium Bronze
Transport Package	Coil
Trademark	Zegota
Origin	China
Production Capacity	500000ton

Product Description

Copper beryllium alloy wire has very high strength, elasticity, thermal conductivity and conductivity, and is widely used in many fields. It is the material of many switches, relays, connectors, contact reeds, shielding materials, temperature controllers, and spring sheets of micro electromechanical brushes that require high-strength conductivity.Wire diameter: 0.01-3.0mmHardness: O, 1 / 2h, 3 / 4h, h, eh, shTensile strength ≥ 1000MPaYield strength (0.2%) MPa: 1035Modulus of elasticity (GPA): 128Conductivity ≥ 18% IACSThermal conductivity ≥ 105W / m.k20 ºC

Specification

Material	Pure Copper, Brass, Bronze and special copper alloy
Construction	Tube(Pipe), Wire, Ingot, Rod(Bar), Plate, Strip, Foil or Customized
Shape	Round, Square, Flat, Hexagon, Oval,Half-round or Customized
Dimension	Standard or Customized
Standard	GB/T,JIS,ASTM, ISO, DIN, BS, NF etc.
Hardness	1/16 hard,1/8 hard,3/8 hard,1/4 hard,1/2hard,full hard.
Package	Plastic film + Wooden case or as per customer requirement
Surface	Polished,bright,oiled,hair line,brush,mirror,or as required
MOQ	Negotiable
Deliver time	According to order's quantity.
Shipment	By sea, by air, DHL, UPS, FedEx etc. or as required
Application	Electric light industry, machinery manufacturing, Building industry ,defense industry, and other fields Manufacturing industrial .valves and fittings,Instrument sliding bearing

Products detail
Company Profile:

Zhejiang ZEGOTA Precision Technology Co.,LTDOur company dedicate to precision technology innovation. As a technical enterprise, we highly specialized our R&D capability to make high quality and high performance products through continuous investment in staff training and sophisticated equipment, and to promote the construction of an intensive society for efficient utilization of materials and exploring future manufacturing ways