High-strength Insulation Ring

*Color
*Resin content ( weight % )
*Glass fiber content ( weight % )
*Composit density

*Circumferential tensile strength
at 20°C
(NOL test )

*Temperature at which the residual of
 Initial tensile strength is greater then
85%

*Fiber diretion thermal expansion coefficient (CTE)

*Thermomechanical analysis:
Glass transition temperature
(ASTM  E  1545-93 )

%
%
g/cm³

Mpa
(PSI)

°C
(°F)

1/K

°C
(°F)

Light brown
16-23
84-77
2.10-2.20

800-1200
(116000-174000)

300°C
(572°F)

8.50E-06

300-350°C
(572-662°F)

NOTE:

Mechanical NOL data vary within a range determined by resin content and the ratio diameted thickness of the ring .This ratio gives a flexural mode that will cocur during  test and test data can vary for each type of ring.

*Color
*Resin content ( weight % )
*Glass fiber content ( weight % )
*Composit density

*Circumferential tensile strength
at 20°C
 (NOL test )

*Temperature at which the residual of
 Initial tensile strength is greater then
75%

*Fiber diretion thermal expansion coefficient (CTE)

*Thermomechanical analysis:
Glass transition temperature
(ASTM  E  1545-93 )

%
%
g/cm³

Mpa
(PSI)

 °C
(°F)

 1/K

°C
(°F)

Light brown
16-23
84-77
2.10-2.20

800-1200
(116000-174000)

200°C
(392°F)

8.50E-06

240-260°C
(464-500°F)

NOTE:

Mechanical NOL data vary within a range determined by resin content and the ratio diameted thickness of the ring .This ratio gives a flexural mode that will cocur during  test and test data can vary for each type of ring.