This tester is used to measure the 50% impact brittleness temperature of plastic, rubber, and electric insulated wire at low temperature. By attaching one end of the test specimen to the holder and impacting the other end, the operator is to check for any breaks to the test specimen. This model type is equipped with a refrigerator.
JIS-C3005, K6261, K6723, K7216,ASTM-D746, IS0-812, 974
Product Description
- Model :
- No.121 BRITTLENESS TEMPERATURE TESTER
- No.121-R BRITTLENESS TEMPERATURE TESTER (WITH REFRIGERATING MACHINE)
- No.121-RA BRITTLENESS TEMPERATURE TESTER (WITH REFRIGERATING MACHINE/ ROTARY HOLDER TYPE)
- No.121-AUTO BRITTLENESS TEMPERATURE TESTER (FULLY AUTOMATIC)
Specification
- No.121 BRITTLENESS TEMPERATURE TESTER
- This tester is used to measure the 50% impact brittleness temperature of plastic, rubber, and electric insulated wire at low temperatures. By attaching one end of the test specimen to the holder and impacting the other end, the operator is to check for any damage to the test specimen. The 50% impact brittleness temperature is calculated from the amount of damaged samples. The refrigerating method is dry ice for this model.
- No.121-R BRITTLENESS TEMPERATURE TESTER (WITH REFRIGERATING MACHINE)
- This tester is used to measure the 50% impact brittleness temperature of plastic, rubber, and electric insulated wire at low temperature. By attaching one end of the test specimen to the holder and impacting the other end, the operator is to check for any breaks to the test specimen. This model type is equipped with a refrigerator.
- No.121-RA BRITTLENESS TEMPERATURE TESTER (WITH REFRIGERATING MACHINE/ ROTARY HOLDER TYPE)
- This tester is equipped with a rotary holder to continuously run a maximum of 4 tests. The test conditions (test temperature and dip time) for each of the 4 tests can be set via touch panel screen, enabling continuous efficient testing.
- No.121-AUTO BRITTLENESS TEMPERATURE TESTER (FULLY AUTOMATIC)
- This tester is the fully automatic version of the BRITTLENESS TEMPERATURE TESTER. By inputting the test conditions via computer software, the operator can continuously run 40 tests (200 samples) in a row.
