404 2 – Neoprene/EPDM/SBR Sponge (CR/EPDM/SBR)

Temperature Range (depending on grade):

Constant Low:     -40°C          Intermittent Low:           -45°C

Constant High:    92°C           Intermittent High:           120°C

 

Properties

This Blended material is excellent for general sealing purposes, especially where resistance to moisture absorption might be important and irregular surfaces are involved. This blended rubber is generally more durable and suitable for higher temperature applications.

CR/EPDM/SBR is an economical seal with excellent compression. This material can be used to absorb shocks cushion, deaden sound and seal against, air moisture and light and dust penetration. The blend of Neoprene and EPDM makes this material moderately resistant to oil and ozone.

 

Characteristics

Sponge rubber is a good water seal under low compression, Acid Resistant, Good sealing qualities, Sound deadening qualities, Resistance to oils and petroleum products.            

Closed cell material Neoprene/EPDM/SBR elastomeric blend meets ASTM D 1056-67, ASTM D 1056-85, 91, 98, 00, MIL-R-6130C, MIL-C-3133C, MIL-STD-670B, UL157, UL50, UL508, UL94HF-1, and FMVSS-302 specifications for military and automotive applications.

 

Applications/Industries

Applications include Shock/vibration cushioning,  Weatherproofing,  Automotive, HVAC uses to eliminate air leakage, and  Electrical enclosures.

 

Our RefDensity Kg/m³Strength KPaElongation %ASTM D 1056-07
404-2-96-517965171252A1
404-2-96-690966901252A2
404-2-144-6901446901252A3
404-2-215-5502155501102A4
404-2-192-105019210501252A5

Full data sheets for all grades are available on request.

* The information above is supplied in good faith and believed to be correct. This information is supplied upon the condition that persons receiving this will make their own determination as to its suitability for their purposes prior to use. EMI makes no representations or warranties, either expressed or implied with respect to the information or the product to which this information refers.