Antimony Impregnated Carbon Rod Blank for Making Carbon Bush

Antimony Impregnated Carbon Rod Blank for Making Carbon Bush
Details:
Resin-impregnated graphite material, also known as impregnated graphite or impregnated impermeable graphite. A type of impermeable graphite. Graphite is impregnated with synthetic resin to fill its surface and internal pores to increase its sealing and wear resistance. Resin-impregnated graphite...
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Description
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antimony-carbon-rod

 

Antimony Impregnated Carbon Rod Blank for Making Carbon Bush is a carbon rod-shaped semi-finished product made by impregnating carbon material blanks with metallic antimony, used to process and manufacture carbon bushing components in industrial equipment.

 

 

 

Applications

 

Mechanical Equipment Manufacturing Industry

Antimony Impregnated Carbon Rod Blanks for Making Carbon Bushes are primarily used as raw materials for processing carbon bushings. These bushings are installed in various rotating or reciprocating mechanical equipment, serving to support shaft components and limit axial and radial displacement.

 

Pump and Compressor Industry

In liquid pumps and gas compressors, carbon bushings made from this product are used between the shaft and the housing, acting as load-bearing and guiding components to maintain the shaft's predetermined trajectory under working conditions.

 

Electric Motor and Power Generation Equipment Field
After being processed into carbon bushings, these carbon rod blanks are used in various electric motors and power generation equipment. Installed between the rotating shaft and the stator structure, they support the shaft and isolate direct metal-to-metal contact, supporting the normal operation of the motor system.

 

Chemical and Process Equipment Field
In chemical equipment such as mixing devices and reaction vessels, carbon bushings made from this product serve as part of the shaft system, providing support and positioning for the shaft, ensuring the equipment maintains its predetermined mechanical structure and motion state during long-term operation.

 

 

application 500

 

Impregnated graphite datasheet

Type

impregnated material

bulk density (g/cm³)

Hardness shore (HS)

Flexural Strength (MPA)

compressive strength(MPA)

Porosity ( %)

Coeficient of expansion (10-6/oC)

Max working temperature (oC)

M106 G

Silver(G)

2.80

80

65

190

2.0

 

900

M106P

copper(P)

2.20

80

70

210

3.0

6.8

400

M106D

Antimony(D)

2.2-2.3

85

62

190

2.2

7.0

480

M154D

2.2-2.3

70

55

150

2.2

7.0

480

M106A

aluminium alloy(A)

2.00

40

60

120

2.5

7.3

350

M106B

Babbitt Alloy

2.50

80

40

70

7.0

5.2

220

M106K

resin

1.75

80

60

176

1.0

4.0

200

M154K

1.70

70

50

100

1.5

3.5

200

 

Professional packaging can make your goods safer

 
 

 

package-1
M106D cARBON rOD
package-2
carbon Rod impregnated with Antimony
package-4
Carbon Rod for making seals

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