- Overview
- Product Description
- Product Parameters
- Add Nickel to Graphite
Basic Info.
Model NO.
NBG-D265
Manufacturing Technique
Pressing And Sintering
Density
1.75 g/cm3
Flexual Strength
50 MPa
Compressive Strength
120 MPa
Top Temperature
500 Degrees Celsius
Transport Package
Pywood Cases
Specification
V type 265× 243× 19/10°
Trademark
L. T Graphite
Origin
China
HS Code
6815190
Production Capacity
10, 0000 Pieces Per Month
Product Description
Nickel-based graphite packing has good thermal conductivity, chemical resistance and self-lubrication. At the same time, the all-nickel-based metal coating structure greatly improves the mechanical strength of the packing, making it denser and stronger. It avoids the disadvantage of thermal loss under high temperature and is fully qualified for valve sealing under ultra-high temperature and ultra-high pressure conditions.
Graphite packing rings are pressed from graphite ribbons without any fillers or binders, and the purity is greater than 98%. The standard cross-section of the packing ring is square, and it can also be processed into a wedge or V shape for high-pressure parts.
Graphite packing rings are suitable for highly corrosive media such as acids, alkalis and solvents and do not pollute the media; they are also used in high-pressure valves, plunger pumps, agitators, etc. Places where the media cannot be contaminated, such as food, medicine, papermaking, chemical fiber and other industries.
Graphite packing rings are pressed from graphite ribbons without any fillers or binders, and the purity is greater than 98%. The standard cross-section of the packing ring is square, and it can also be processed into a wedge or V shape for high-pressure parts.
Graphite packing rings are suitable for highly corrosive media such as acids, alkalis and solvents and do not pollute the media; they are also used in high-pressure valves, plunger pumps, agitators, etc. Places where the media cannot be contaminated, such as food, medicine, papermaking, chemical fiber and other industries.
| Pressure | 500 Bar |
| Working temperature | -220--500 ºC |
| Line speed | 2 m/s |
| PH value | 0-14 |
The combination of nickel and graphite can increase the hardness and strength of graphite, thereby improving its wear resistance. This makes graphite show better mechanical strength and wear resistance in high temperature and high pressure environments
The presence of nickel will cause the thermal expansion of graphite to change, increasing the deformation of graphite under thermal expansion.All above will make the Nickel based graphite have much better perforamce on sealing application, especially working temperature over 400ºC
