Typical Properties of 65 Durometer Electrically Conductive Grade Silicone
Description: 65 durometer electrically conductive silicone gasket material is designed to be utilized in a wide variety of applications. 65 durometer electrically conductive silicone is a carbon black filled silicone material that acts as a low amperage conductor and offers protection against electrostatic discharge. The material is resistant to low and high temperatures, with a service temperature of -65°F to 500°F. The material takes a low compression set and features flame retardant properties. Samples are available for customers to determine if 65 durometer electrically conductive silicone can be utilized in RFI/EMI shielding applications.
M&P Sealing’s electrically conductive silicone gasket material is available in 65 Durometer. 65 durometer electrically conductive silicone can be converted into rolls ranging from as narrow as 1/4″ wide, up to 36″ in width. M&P Sealing can supply 65 durometer electrically conductive silicone without adhesive or with either our standard acrylic adhesive or our high-temperature acrylic adhesive. 65 durometer electrically conductive silicone can be manufactured to a wide range of standard and custom thicknesses. Send in a drawing, and let Atlantic Gasket die-cut or waterjet cut 65 durometer electrically conductive silicone to meet your exact design and production requirements.
Physical Property
Test Method
Unit of Measure
Typical Properties
DUROMETER
ASTM D 2240
SHORE A
65 +/- 5
TENSILE STRENGTH
ASTM D 412
psi
775
SPECIFIC GRAVITY
ASTM D 297
G/CC
1.17
TEAR
ASTM D 624
ppi
(Die B)
70
ELONGATION
ASTM D 412
%
325
VOLUME RESISTIVITY
ASTM D 991
OHMS-CM
5
COMPRESSION SET
(22 HRS AT 212°F)
ASTM D 395
%
15
LOW-TEMPERATURE
N/A
°F
°C
-65°F
-54°C
HIGH-TEMPERATURE
N/A
°F
°C
500°F
260°C
COLOR
N/A
N/A
BLACK
This information is furnished as a guide for selecting materials. M&P Sealing Inc. disclaims liability for results or use of this information. It is the customer’s responsibility to obtain and test samples when determining the suitability of material for a particular application.