Durlon® 9400 Carbon/PTFE

Application:

DURLON® 9400 gasket material is a high performance filled PTFE designed for use in piping and equipment in chemical, pharmaceutical, food and other general industrial applications where resistance to highly aggressive chemicals (including hydrofluoric acid) is required. Style 9400 conforms to FDA requirements. It can also be used as gasketing for anhydrous hydrogen fluoride (AHF) in railroad tank cars and in plants as a material of construction where barium sulfate filled PTFE may not prove suitable.

Composition:

DURLON® 9400 is made of pure PTFE resins combined with carbon fillers homogeneously dispersed throughout the compound. DURLON® 9400 does not exhibit the cold flow problems associated with virgin PTFE yet has excellent sealability, flexibility, non-sticking and cutting characteristics. DURLON® 9400 also demonstrates good electrical conducting properties.

 

Typical Physical Properties:

Colour Black
Filler System Carbon
Temperature
Min
Max
Max, continuous
-212°C (-350°F)
288°C (550°F)
260°C (500°F)
Pressure, max, bar (psi) 103 (1,500)
Density, g/cc (lbs/ft3) 2.1 (103)
Compressibility, %
ASTM F36
5-12
Recovery, %
ASTM F36
40
Creep Relaxation, %
ASTM F38
30
Tensile Strength
ASTM F152, MPa (psi)
14.5 (2,100)
 Volume Resistivity, ohm-cm
ASTM D991
 61
Dielectric Breakdown, kV/mm (V/mil)
ASTM D149
1 (33)
Sealability (Nitrogen), cc/min
ASTM 2378
0.01
Gasket Factors
m
Y, psi (MPa)
Gb, psi (MPa)
a
Gs, psi (MPa)
1/16″                  1/8″
6.8                     6.8
2,765 (19.1)      3,105 (21.4)
1,701 (11.7)      1,412 (9.7)
0.173                 0.164
99 (0.7)             248 (1.7)

*ASTM Testing

Sort Products by

Sheet SizeThicknessProduct NumberSheet Weight lbs(kgs)
60 x 60 (1524 x 1524)1/32" (0.8mm)TC08-060-0609 (4.1)
60 x 60 (1524 x 1524)1.0mmTC10-060-06012 (5.4)
60 x 60 (1524 x 1524)1/16" (1.5mm)TC15-060-06018 (8.2)
60 x 60 (1524 x 1524)2.0mmTC20-060-06024 (10.9)
60 x 60 (1524 x 1524)3/32" (2.5mm)TC25-060-06028 (12.7)
60 x 60 (1524 x 1524)1/8" (3.0mm)TC30-060-06036 (16.3)