UserName: PassWord:
My account
My account
Graphite Products,China Graphite Products
ETW International,ETW Manufacturers
G
Graphite Products

Graphite Products



Graphite Products

Carbon Graphite Products ForMechanical Use

Classification

Type

Compression
strength
Mpa

Flexural strengthMpa

Xiaos hardness

Air vent rate
%

Density of
Volume
g/cm3

Use
Temperature

Carbon
graphite

PG-201

50

30

40

15

1.60

350

PG-154

60

30

45

20

1.60

350

PG-254

62

35

45

18

1.65

400

PG-204

70

35

55

15

1.65

400

PG-106

80

38

60

20

1.70

450

PG-206

56

25

50

20

1.72

450

PG-207

65

35

55

20

1.72

500

PG-120

78

36

62

12

1.80

500

Flood
Phenol aldehyde and resin

PG-154F

100

50

70

1.5

1.70

180

PG-254F

110

55

76

1.2

1.72

180

PG-106F

176

60

85

1

1.85

180

PG-120F

160

60

75

1

1.85

180

Flood the furan resins

PG-254K

100

55

70

1.3

1.72

200

PG-106K

170

60

82

1

1.85

200

PG-120 K

150

60

76

1

1.85

200

Flood the epoxy resin

PG-203H

100

57

70

1.5

1.72

200

PG-205H

168

60

82

1.2

1.85

200

PG-208H

150

60

76

1.2

1.86

200

Flood
Polytetrafluoroethylene
resins

PG-254F4

100

65

70

1..2

1.72

260

PG-206F4

170

70

80

1

1.85

260

PG-120F4

150

70

72

1

1.85

260

Flood the Babbitt alloy

PG-254B

110

50

80

3

2.30

220

PG-106B

180

55

85

3

2.50

220

Flood the antimony alloy

PG-254D

130

55

90

2.8

2.50

450

PG-106D

185

60

100

2.8

3.50

450

Flood the copper alloy

PG-254C

120

55

90

2.5

5.50

400

PG-106C

185

60

100

2.5

5.50

400

High pure
Graphite

TYPE

Compression
strength Mpa

Resistivity
m

Ash %

Air vent rate %

Density of volume g/cm3

PG-101

42

15

0.5

23

1.70

PG-102

58

15

0.5

21

1.73

PG-103

52

15

0.5

21

1.72

PG-104

59

15

0.5

20

1.75

PG-650

69

15

0.5

18

1.78

PG-800

73

15

0.5

17

1.80

F4 Performance and Indicators:

Flood Polytetrafluoroethylene

Serial number technology

Unit

Numerical value

Density

g/cm3

2.1-2.3

Tensile strength

Mpa

>=25.5

Part and Elongation rate

%

>=250

Brinell hardness

Kg/cm2

4.54

Thermal conductivity

Kcal/mh/

0.21

Linear expansion coefficient

Cm/

0.0001

300

1.09

500

1.13

050

1.23

50100

1.34

100150

1.365

150200

1.69

200250

2.165

Volume resistivity

Omega/cm

>=1017

Surface resistivity

Omega

>=1014

Dielectric loss tangent values

KV/mm

<=0.00025

Friction coeffient

=60

Heat resistance

0.04-0.15

300260

Polytetrafluoroethylene which is shortfor PTFE, also known as F4, Teflon, has unique heat resistance and excellentlubricity in plastic products, so it can be called the king of plastic.
There are some datum about pure PTFE in this table,filling PTFE material can be made by adding various fillings into the pure PTFEmaterial.

Filling PTFE material compared to pure PTFE has the followingcharacteristics:
1. High load deformation can be increased by 5 times;
2. Wearable consumption may increase 5-8 times;
3. Steel may raise 3-5 times;
4.Linear expansion coefficient can be reduced 1/3-1/2;
5.Thermal conductivity can be increased by 5 times;
6.Creep resistance can increase 3 times;
7.Compressive strength can enhance 2-3 times.
After adding to filling, the tensile strength, elongation, and impact strengthhas declined. Therefore, to select filler ratio of ingredients based on theproducts performance requirements so as to achieve desired results.

Hot Modulus Graphite Performance Indicators:

Type

Flexural strength>=Mpa

Impact strength>=Kl/m2

Variable temperature heat>=

Xiaos hardness Hs

Bulk densityg/cm3

PG-301

72

5.5

200

70

1.85

PG-302

76

5.8

200

76

1.90

PG-303

80

6.0

220

78

1.95

Mechanical Carbon Graphite Flooded ChemicalCorrosion Resistance

edlium

Concent
-ration%

The carbon graphite floods the alloy material

The carbon graphite floods the resin material

Copper alloy

Antimony alloy

Aluminim alloy

Babbitt alloy

Furan

epoxy

Phenol aldehyde

Polytetrafluo- roethylene (PTFE)

Sulphuric
acid

98

Still stability

Still stability

Instability

Still stability

stability

Still stability

Instability

stability

50

Still stability

Still stability

Still stability

Still stability

stability

Instability

Instability

stability

Nitric acid

50

Still stability

Still stability

Still stability

Still stability

Instability

Still stability

Still stability

stability

Hydrochloric
acid

36

Still stability

Still stability

Still stability

Still stability

Instability

Instability

Instability

stability

Hydrofluoric acid

40

Still stability

Still stability

Still stability

Still stability

Instability

Still stability

Instability

stability

Phosphoric
acid

85

Still stability

Still stability

Instability

Still stability

stability

stability

stability

stability

Chromic acid

10

Still stability

Still stability

Still stability

Still stability

Instability

Instability

Instability

stability

Acetic acid

6

Instability

Still stability

Still stability

Still stability

Instability

Still stability

stability

stability

Hydrogen
Fluorine sodium

50

stability

Still stability

Still stability

Still stability

stability

stability

Still stability

stability

Hydrogen
Fluorine potassium

50

stability

Still stability

Still stability

Still stability

Instability

stability

Still stability

stability

Sea water

stability

Still stability

Instability

stability

stability

stability

Instability

stability

Benzene

100

Still stability

stability

stability

stability

stability

Instability

stability

stability

Ammonia water

10

Still stability

stability

stability

Instability

stability

stability

Instability

stability

Urea

70

Still stability

stability

stability

Instability

stability

stability

stability

stability

Carbon
Tetrachloride

stability

stability

stability

stability

stability

stability

stability

stability

acetone

100

stability

stability

stability

Instability

stability

Instability

Instability

stability

Engine oil

stability

stability

stability

stability

stability

stability

stability

stability

Petrol

stability

stability

stability

stability

stability

stability

stability

stability

Feedback Form
Other Products
  • Graphite Gasket Graphite GasketCharacteristics of graphite gasket:This graphite gasket is characterized by good hardness, resistance to creep, wear and tear resistan
  • Piston Ring Piston RingCharacteristics of piston ring:This piston ring is also a kind of PTFE products made of PTFE and resin which are mixed, pressed and sinter
  • Sealed Ring Sealed RingDescription of sealed ring:This graphite gasket is characterized by a good corrosion resistance, self-lubricating capability, high thermal

United States | Argentina | Brazil | China | France | Germany | Japan | Korea | Russia | Spain | Switzerland | Thailand | UAE | United Kingdom | Vietnam | Poland | Italy | Morocco | Malaysia | Portugal | India | Canada

Copyright © 2008 - ETW International. All rights reserved.