GBIT Glass Bottle Impact Tester

Name: GBIT Glass Bottle Impact Tester
Brand: AT2E - USA

gbit glass bottle impact resistance tester

gbit glass bottle impact resistance top view

gbit glass bottle impact resistance angle informations

gbit glass bottle impact resistance tester side view

for stress-testing a bottle through force-consistent impacts

The GBIT Glass Bottle Impact Resistance Tester is an instrument for testing the impact resistance of glass bottles and jars through a pendulum strike on the sample.

Categories Force / Compression, Glass Bottles

Attributes

The sample clamp is able to move flexibly in both vertical and horizontal directions, convenient for adjusting the sample’s position.
The instrument is designed according to the law of the conservation of energy, ensuring high testing accuracy and reliability.
A stable and accurate pendulum able to rotate and release freely.
Includes a stainless steel safety shield.
User-friendly design for simple operation.

Principle
Based on the law of conservation of energy, the energy when the pendulum impacts the bottle is determined by its potential energy of where it was hung. When the pendulum is hung at a certain angle, its potential energy is corresponds to particular value, and the impact energy on the bottle does too. By using the conversion relationship of the pendulum’s hanging angle and its impact energy of pre-defined energy values, we can release it and observe whether the bottle was damaged or not.

Technical Specifications
Sample diameter range	Ф20 -130 mm (clamps for other ranges available)
Max. impact energy	2J
Resolution	0.1J for each lattice (when impact energy larger than 0.6J)
	0.05J for each lattice (when impact energy less than 0.6J)
Energy loss	≤1.5%FS
Dimensions	530 mm 350 mm 700 mm

GBIT Glass Bottle Impact Tester

for stress-testing a bottle through force-consistent impacts

The GBIT Glass Bottle Impact Resistance Tester is an instrument for testing the impact resistance of glass bottles and jars through a pendulum strike on the sample.