TC-BCY Film Pendulum Impact Tester

TC-BCY Film Pendulum Impact Tester

This product measures the impact toughness of thin film materials such as plastics and rubber, as well as metal foils, through a standard pendulum head and an impact from a pendulum arm of a certain weight.

This instrument uses a hemispherical impact head to strike and puncture the specimen at a certain impact speed, thereby measuring the energy consumed by the impact head. This energy is used to evaluate the pendulum impact resistance energy value of the film specimen.

1. Maximum impact energy: 3J

2. Minimum division value: 0.025J

3. Pendulum lift angle: 90°

4. Pendulum swing radius: R280 mm

5. Impact speed: 2.5m/s

6. Impact head size: ￠12.7 mm

7. Specimen holder diameter: ￠50 mm, ￠60 mm, ￠89 mm

8. Required specimen size: 100 mm X 100 mm

9. Overall dimensions: 780 mm X 250 mm X 600 mm

10. Weight: 25kg

Main unit Impact head: ￠12.7 mm, one unit Specimen holder: ￠50mm, ￠60mm, ￠89mm, one set each

GB/T8809-88 "Test Method for Pendulum Impact Resistance of Plastic Films"

TC-BCY Film Pendulum Impact Tester

This product measures the impact toughness of thin film materials such as plastics and rubber, as well as metal foils, through a standard pendulum head and an impact from a pendulum arm of a certain weight.

This instrument uses a hemispherical impact head to strike and puncture the specimen at a certain impact speed, thereby measuring the energy consumed by the impact head. This energy is used to evaluate the pendulum impact resistance energy value of the film specimen.

1. Maximum impact energy: 3J

2. Minimum division value: 0.025J

3. Pendulum lift angle: 90°

4. Pendulum swing radius: R280 mm

5. Impact speed: 2.5m/s

6. Impact head size: ￠12.7 mm

7. Specimen holder diameter: ￠50 mm, ￠60 mm, ￠89 mm

8. Required specimen size: 100 mm X 100 mm

9. Overall dimensions: 780 mm X 250 mm X 600 mm

10. Weight: 25kg

Main unit Impact head: ￠12.7 mm, one unit Specimen holder: ￠50mm, ￠60mm, ￠89mm, one set each

GB/T8809-88 "Test Method for Pendulum Impact Resistance of Plastic Films"