Reinforced Graphite Gasket
Code : WB-3700
Short Description:
Specification: Description:It is made from graphite as homogeneous, reinforced by metal mesh, foil or tanged metal. It offers excellent sealing capabilities such as thermal stability, self-lubrication, corrosion resistance, without being brittle and aging etc., under extreme conditions with a longer life and less maintenance. Recommended style is 3700T-304, 3700T IC-304 WB Graphite Gasket Gasket Style 3700 3700P 3700T 3700M Without eyelet 3700 3700P 3700T 3700M Wit...
Product Detail
Product Tags
Specification:
Description:It is made from graphite as homogeneous, reinforced by metal mesh, foil or tanged metal. It offers excellent sealing capabilities such as thermal stability, self-lubrication, corrosion resistance, without being brittle and aging etc., under extreme conditions with a longer life and less maintenance. Recommended style is 3700T-304, 3700T IC-304
WB Graphite Gasket
Gasket Style |
3700 |
3700P |
3700T |
3700M |
Without eyelet |
3700 |
3700P |
3700T |
3700M |
With inner eyelet |
3700 IR |
3700P IR |
3700T IR |
3700M IR |
With outer eyelet |
3700 CR |
3700P CR |
3700T CR |
3700M CR |
With I & O eyelets |
3700 IC |
3700P IC |
3700T IC |
3700M IC |
Insert material |
None |
SS304、316 etc |
SS304、316、CS |
CS、304/316 |
Foil |
Tanged |
Mesh |
||
0.05mm |
0.1mm,0.25mm-CS |
0.1mm |
APPLICATION & PROPERTIES:
Various shapes are available, used in petrochemical, mining, vessels, boilers, piping and duct, pumps and valves, flanges etc. Suitable for steam, mineral oils, heat transfer oils, hydraulic oil, fuel, water, seawater, freshwater etc.
Sheet Style |
3700 |
3700P |
3700T |
3700M |
Compressibility |
30% |
15~35% |
15~35% |
15~35% |
Recovery |
≥10% |
≥20% |
≥20% |
≥20% |
Pressure |
40bar |
200bar |
300bar |
200bar |
Density g/cm3 |
0.7; 1.0 |
1.0 |
1.0 |
1.0 |
Temperature0C |
-240~550 |
-240~550 |
-240~550 |
-240~550 |
PH |
0~14 |
0~14 |
0~14 |
0~14 |
Graphite properties:
Item |
Tolerance of density |
C≥% |
Tensile strength |
Sulphur content |
Chlorine content |
Stress relaxation |
Ignition loss |
Industrial |
±0.06 g/cm3 |
98 |
4 Mpa |
<1000ppm |
<50ppm |
10% |
2.0≤% |
Nuclear |
±0.05 g/cm3 |
99.5 |
5 Mpa |
<700ppm |
<35ppm |
10% |
0.5≤% |