描述
PTFE Rod
  • PTFE Rod
  • PTFE Rod
0 1

PTFE Rod

PTFE Rod

Description


PTFE rod has excellent resistance to most chemicals and solvents and is capable of operating at high and low temperatures - up to 260°C. The PTFE rods also have a very low coefficient of friction and are commonly used in food contact applications. Rods of PTFE provides good thermal stability and has good electrical properties, but are not suitable for wear application and is difficult to bond.

 

Specification

PROPERTIES

STANDARD

UNIT

Value

Density


g/cm3

2.10-2.30

Tensile strength


Mpa

15

ultimate elongation


%

150

Tensile strength

D638

PSI

1500-3500

Produce Max.Temp


ºC

385

hardness

D1700

D

50-60

Impact strength

D256

Ft./Lb./In.

3

Melting poing


ºC

327

working Temp.

ASTM D648

ºC

-180 ~260

Elongation

D638

%

250-350

Deformation % 73 0F ,1500 psi 24 hours

D621

N/A

4-8

Deformation % 1000F,1500psi,24hours

D621

N/A

10-18

Deformation  % 2000F,1500psi 24 hours

D621

N/A

20-52

Water absorption

D570

%

0.001

Coefficient of Friction


N/A

0.04

Dielectric constant

D150

Ω

1016

Dielectric strength

D257

Volts

1000

Coeffcient of thermal expansion 73 0F

D696

In./In./Ft.

5.5*10.3

Coefficient of thermal conductivity

*5

Btu/hr/ftz

1.7

PV at 900 ft./min

N/A

2500


Colour

*6

N/A

white

 

Advantages


  • Extremely high chemical resistance

  • Wide temperature range - maximum service temperature 260°C 

  • Low friction and low adhesion

  • Resistant to Radiation

  • Excellent dielectric performance

Industries

Commonly manufactured into gaskets and seals, bushings, slide bearings, insulators, washers, slide plates and chemical linings for use across a broad range of industries.


Reviews

 


Description


PTFE rod has excellent resistance to most chemicals and solvents and is capable of operating at high and low temperatures - up to 260°C. The PTFE rods also have a very low coefficient of friction and are commonly used in food contact applications. Rods of PTFE provides good thermal stability and has good electrical properties, but are not suitable for wear application and is difficult to bond.

 

Specification

PROPERTIES

STANDARD

UNIT

Value

Density


g/cm3

2.10-2.30

Tensile strength


Mpa

15

ultimate elongation


%

150

Tensile strength

D638

PSI

1500-3500

Produce Max.Temp


ºC

385

hardness

D1700

D

50-60

Impact strength

D256

Ft./Lb./In.

3

Melting poing


ºC

327

working Temp.

ASTM D648

ºC

-180 ~260

Elongation

D638

%

250-350

Deformation % 73 0F ,1500 psi 24 hours

D621

N/A

4-8

Deformation % 1000F,1500psi,24hours

D621

N/A

10-18

Deformation  % 2000F,1500psi 24 hours

D621

N/A

20-52

Water absorption

D570

%

0.001

Coefficient of Friction


N/A

0.04

Dielectric constant

D150

Ω

1016

Dielectric strength

D257

Volts

1000

Coeffcient of thermal expansion 73 0F

D696

In./In./Ft.

5.5*10.3

Coefficient of thermal conductivity

*5

Btu/hr/ftz

1.7

PV at 900 ft./min

N/A

2500


Colour

*6

N/A

white

 

Advantages


  • Extremely high chemical resistance

  • Wide temperature range - maximum service temperature 260°C 

  • Low friction and low adhesion

  • Resistant to Radiation

  • Excellent dielectric performance

Industries

Commonly manufactured into gaskets and seals, bushings, slide bearings, insulators, washers, slide plates and chemical linings for use across a broad range of industries.


Reviews