Бериллиевая медная пластина UNS C17200, размер 505 мм x 505 мм x 28 мм с нагревателем HT

Share on:


Price:30,00 $
Price in USD:Details

Quantity:


Product Overview

Description



Product Information


Product Item
Hot Sale UNS C17200 BERYLLIUM COPPER PLATE Size 505mm x 505mm x 28mm With HT Temper
Brand Name
CUBERYLLIUM®
Product Grade
C17200
Plate Size
505mm x 505mm x 2mm
Shape
Plate/Sheet
Certification
ISO
Available Temper
A, H, AT, HT
Standard For Strips
ASTM B194
Heat Treatment
3 Hr 315°C Or 2 Hr 315°C
Chemical Composition
Be:1.80-2.00
Co+Ni: 0.2 min.
Co+Ni+Fe: 0.6max.
Copper: Balance


Introduction


C17200 (CuBe2) Beryllium Copper Alloy, the full range of beryllium copper is called" the king of non-farrous metal elasticity".
It is widely used in electrical industry, industrial. C17200 is used for all kinds of micro-motro brushes, relays, switches, connectors, temperature with the increasing requirements for the reliability and service life of the springs and various springs of the controller, the demand for beryllium copper will also increse.


Copper Beryllium Plate
C17200 (CuBe2) Copper Beryllium Plate can combine high durability with excellent electrical as well as thermal conductivities.
Copper beryllium plates are availbale in all standard as well as non-standard sizes and thickness to make them suitable for several applications.
Copper beryllium plates are a great conductor and more flexible than standard copper which makes them perfect for mechanical mods, also useful for many electrical as well as general applications.
We also could provide thin and ultra-thin scale plates for various applicaitons.



Physical Properties


C17200(CuBe2) Copper Beryllium Alloy
Thermal Conductivity
BTU/(ft hr F)
60
Specific Heat
BTU/lb/ F
0.1
Thermal Expansion
in/in/F
9.7 x 10 -6
Density
lb/cu in
0.298
Hot Forming
1350-1500 ℉
Air or Water Cooled
C17200(CuBe2) beryllium copper is pre-tempered to the correct strength. Hot forming and further heat treatment are not needed or recommended. Direct machining to desired confituration is preferred.


























0.0178 s.