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49
Charpy test
Izod test
Tensile-impact test ISO method A
Dynstat test
Standard requirements
Tensile impact Tensile impact Charpy
tensile-in-head method
Dynstat Izod and Unnotched
cantilever beam impact
ASTM D 256 / ISO 180 ASTM D 6110 ISO 179
D 4812
ISO 8256
method A
ISO 8256
method B
DIN 53435 ASTM D 1822
0.5 0.37
1 0.74
2 1.48 2.9 m/s
4 2.95 (±10%)
5 3.69
7.5 5.53 - - - -
15 11.1 3.8 m/s - - - -
25 18.4 (±10%) - - - -
50 36.9 - - - - - -
0.5 0.37 approx. - -
1 0.74 3.46 m/s - -
2.7 2 - -
5.4 4 - -
10.8 8 (Height of fall: - - - -
21.6 16 610±2 mm) - - - -
1.0 0.74 - -
2.75 2.03 3.5 m/s - -
5.5 4.06 (±10%) - -
11 8.11 - - - -
22 16.2 - - - -
1.0 0.74 approx. - -
2.75 2.03 3.46 m/s - -
5.5 4.06 - -
11 8.11 (Height of fall: - - - -
22 16.2 610±2 mm) - - - -
2,0 1.48 2.9 m/s
4.0 2.95 (±10%)
7.5 5.53 - - - -
15.0 11.1 3.8 m/s - - - -
25.0 18.4 (±10%) - - - -
50.0 36.9 - - - - - -
2.0 1.48 2.9 m/s - -
4.0 2.95 (±10%) - -
7.5 5.53 - - - -
15.0 11.1 3.8 m/s - - - -
25.0 18.4 (±10%) - - - -
50.0 36.9 - - - - - -
2.7 2 approx. - -
5.4 4 3.46 m/s - -
10.8 8 (Height of fall: - - - -
21.6 16 610±2 mm) - - - -
0.2 0.15 - - - - - - - -
0.5 0.37 2.2±0.1 m/s - -
1.0 0.74 - -
2.0 1.48 - -
4.0 2.96 - -
J ft lbf m/s
HIT 5 P HIT 5.5 P HIT 25 P HIT 50 P
Method
Standard
Stand Alone
PC
Stand Alone
PC
Stand Alone
PC
Stand Alone
PC
Pendulum
energy
Velocity at
impact
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