Key features

• Universal high pressure gasket material

• Dimensionally stable

• Consistent material composition

Benefits

• Excellent price/Performance ratio

• Suitable for many different media

• Very good resistance to refrigerants

• Typical technical data for thickness 2.0 mm

  Compressibility ASTM F 36 J		%	11
  Recovery ASTM F 36 J		%	55
  Stress relaxation DIN 52913	50 MPa, 16 h / 175 °C 50 MPa, 16 h / 300 °C	MPa MPa	37 25
  Stress relaxation BS 7531	40 MPa, 16 h / 300 °C	MPa	25
  KLINGER cold/hot compression 50 MPa	thickness decrease at 23 °C thickness decrease at 300 °C	% %	10 20
  Tightness	DIN 28090-2	mg/s x m	0.02
  Specific leakrate λ	VDI 2440	mbar x l/s x m	1.64E-08
  Thickness increase after fluid immersion ASTM F 146	Oil IRM 903: 5 h / 150 °C Fuel B: 5 h / 23 °C	% %	3 5
  Density		g/cm3	1.6
  Average surface resistance	ρO	Ω	1.4x10E12
  Average specific volume resistance	ρD	Ω cm	1.2x10E12
  Average dielectric strength	ED	kV/mm	21.6
  Average power factor	50 Hz	tan δ	0.131
  Average dielectric coefficient	50 Hz	εr	9.2
  Thermal conductivity	λ	W/mK	0.42
  Classification acc. to BS 7531:2006	Grade AY

  ASME-Code sealing factors

  for gasket thickness 1.0 mm	tightness class 0.1 mg / s x m	MPa	y 15 m 1.2
  for gasket thickness 2.0 mm	tightness class 0.1 mg / s x m	MPa	y 15 m 1.6
  for gasket thickness 3.0 mm	tightness class 0.1 mg / s x m	MPa	y 15 m 4.0

• Dimensions of the standard sheets

  Sizes	1000 x 1500 mm, 2000 x 1500 mm
  Thicknesses	0.5 mm, 1.0 mm, 1.5 mm, 2.0 mm, 3.0 mm
  Tolerances	Thickness acc. to DIN 28091-1 Length ±50 mm, Width ±50 mm

  Other thicknesses, sizes and tolerances on request.