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E 50 - Cork / Neoprene - AMS-C-6183, Type I or II, Cl 2, Gr C

E50 Neoprene cork/rubber blend is a neoprene and cork, firm with high tensile and tear resistance and low compression set.

 

Applications: Air Pumps, Friction Materials, Pipe Flanges, Pumps, Radiators, Water Pumps (Automotive).

 

Meets Specifications: ASTM F104 F224000 M2 T MIL-G-12803 P2254A AMS-C-6183 (MIL-C-6183b)Type I or II, Class 2, Grade C. 

 

See below for product description and specifications. 

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  • E50 cork/rubber blend is a neoprene and cork that is firm with high tensile and tear resistance and low compression set
  • Applications: Air Pumps, Friction Materials, Pipe Flanges, Pumps, Radiators, Water Pumps (Automotive)
  • Meets Specifications: ASTM F104 F224000 M2 T MIL-G-12803 P2254A AMS-C-6183 (MIL-C-6183b)Type I or II, Class 2, Grade C
  • Competitive grades: NC80, CR30, M623, M723, MS212, MS308

E50 cork/rubber blend is a neoprene and cork that is firm with high tensile and tear resistance and low compression set. Applications: Air Pumps, Friction Materials, Pipe Flanges, Pumps, Radiators, Water Pumps (Automotive). Meets Specifications: ASTM F104 F224000 M2 T MIL-G-12803 P2254A AMS-C-6183 (MIL-C-6183b)Type I or II, Class 2, Grade C. Competitive grades: NC80, NC-80, NC 80, CR30, CR-30, CR 30, M623, M-623, M 623, M723, M-723, M 723, MS212, MS-212, MS 212, MS#212, MS308, MS-308, MS 308, MS#308.Cork-rubber blends have a proven history in automotive, hydraulic, gas meter and various other sealing environments. Providing cost effective final product customization and manufacturing options for soft gasket sealing. Reduced side flow, allow for larger contact areas and higher compression ratios which guarantee an effective sealing barrier against potential flange surface imperfections, distortions and leakage paths, also known as material conformability. Chemical resistance is a hallmark of cork/rubber materials as they protect highly effectively against fuel, lubricants and coolants, and any other petroleum-based fluids.

Density:
53.1 lbs/ft3 (0.85 g/cm3)
Tensile Strength:
400 lbs/in2 (2780 kPa)
Compression @ 400 psi:
26% (80% Recovery)
Technical Spec Sheet:
Spec Sheet