Tungsten Plates W1 with High Temperature Resistance
Tungsten Plates  W1 with High Temperature Resistance
Tungsten Plates  W1 with High Temperature Resistance
Tungsten Plates  W1 with High Temperature Resistance
Tungsten Plates  W1 with High Temperature Resistance
Tungsten Plates  W1 with High Temperature Resistance
Model
W1

Item specifics

material
99.95%min. Pure Tungsten
purity
99.95% min.
standard
ASTM B760
grade
W1
shape
tungsten sheet, tungsten plate
melting point
3410Dc
working temperature
2000Dc~2600Dc
MOQ
1kg
surface
black, Alkaline washed, polished
feature
high temperature resistance

Review

Description

Tungsten Plates  W1 with High Temperature Resistance


1.Grade: W1

2.Size:0.05mm min.( Thickness ) x 400mm max.( Width ) x 1000mm max.( Length )

3.Purity: 99.95%~99.97%
4.Standard: ASTM B760 or  GB3875-83

5.ASTM B760 as follows:

Chemical    composition

element

Max 

C

0.01

O

0.01

N

0.01

Fe

0.01

Ni

0.01

Si

0.01

6.Thickness Tolerance

Standard Width  inch (mm)

Standard Thickness inch(mm)

Thickness Tolerance inch (mm)

≤12(305)

0.001-0.010 (0.05-0.25)

±0.001(±0.0254)

 

>0.010-0.020 (0.25-0.51)

±0.002(±0.0508)

 

>0.20(0.51)

±10%

>12-24(305-610)

>0.010-0.025(0.25-0.64)

±0.0025(±0.0635)

 

>0.025(0.64)

±10%

Features:
1.Tungsten sheet adopts the material tungsten with a high purity of 99.9%;
2.Surface of tungsten sheet has metallic silver luster;
3.Its radiation shielding effect is equivalent to that of lead plate;
4.The density of tungsten sheet is higher than 19.1g/cm3;
5. Our tungsten sheet can be as thin as 0.05mm ;
6. Tungsten sheet from Achemetal is under vacuum annealing and leveling before delivery;
7. Our tungsten sheet is approved by ASTM B 760.

Application:

1.  Metallurgy industry, chemical industry, machinery industry, Medical ;

2. Electronics technology industry source technology  industry;

3. Electric light source parts,heat shield;

4. Tungsten boat, high temperature furnace;

5. Computer, communications technology, optical materials, medicine;

6. Aerospace development, new energy materials,  photosensitive material and

catalyst materials