Physical and chemical indexes of impregnated graphite materials

Category model impregnated material shore temperature flexural strength compressive strength open porosity bulk density coefficient of thermal expansion service temperature
≥ X ≥MPa X ≥MPa X ≤% X (g/cm3) 10-6/0C 0C
Carbon graphite M120 60 25 81 18 1.60 4 350
M121 65 30 85 15 1.56 4 350
M154 40 20 40 28 1.42 350
M164 70 30 70 16 1.50 400
M165 80 35 100 13 1.60 400
M238 40 35 75 18 1.70 3.2 450
M254 40 25 45 25 1.65 3.4 450
M272 50-70 40 88 8 1.80 3.0 500
M274 45-60 35 70 10 1.75 4.2 450
Resin impregnated carbon graphite m106h (H) epoxy resin 65 90 51 60 180 190 1.0 1.62 4.8 200
M120H 65 90 49 55 176 182 1.0 1.70 4.8 200
M168H 75 58 200 1.0 1.75 4.5 200
M238H 40 55 39 50 78 110 1.0 1.85 4.5 250
M254H 42 55 35 45 74 100 1.0 1.80 4.5 200
M255H 40 50 34 45 78 90 1.0 1.80 4.5 200
T253H 50 40 90 1.5 1.78 4.5 200
M106k (k) furan resin 75 95 55 65 182 200 2.0 1.62 200
M120K 70 95 50 60 179 185 2.0 1.70 200
M158K 75 85 54 60 179 181 1.2 1.65 200
M238K 50 44 98 2.0 1.85 4.5 200
Metal impregnated carbon graphite m106d (d) antimony 75 55 65 170 190 3 2.2 5.0 500
M120D 70 50 60 140 160 3 2.2 5.0 500
M158D 80 55 65 180 190 3 2.2 5.0 500
M169D 80 60 200 2.0 2.2 5.0 500
M170D 70 40 45 120 160 2.0 2.2 5.0 500
M254D 35 35 65 3.0 2.2 4.5 500
M120p (P) copper alloy 65 65 200 3.0 2.4 400
M152P 60 77 250 2.0 2.6 400
M158P 65 70 240 2.0 2.4 400
M254P 40 45 120 2.0 2.6 6.0 400
M256P 65 77 200 2.0 2.6 6.0 400
M262P 35 35 80 5.0 2.6 400
M169g (g) silver 70 70 200 2.5 2.9 1350 environment
M269g 68 68 195 2.5 2.9 1350 environment
M120b alloy (a) Babbitt 50 80 50 70 130 180 10 2.3 5.5 200
M254B 30 40 34 45 64 80 10 2.3 5.2 200
M113a aluminum alloy (a) 60 85 98 120 250 300 2.0 2.0 8.0 350
M262A 35 45 74 90 147 160 2.0 2.0 7.5 4000