Glass bottle and jar impact resistance tester

1Glass bottle and jar impact resistance testerDesigned according to similar international products, it is mainly used for impact resistance testing of glass beer bottles, soda bottles, cola bottles, infusion bottles, etc. The instrument adopts a pendulum mechanism design, and the pendulum angle is adjustable. The potential energy of a pendulum corresponds to its angle. According to the principle of energy conversion, the impact energy of a pendulum is determined by its potential energy. When the angle of the pendulum is a certain value, the potential energy of the pendulum is also a certain value, and the impact energy of the pendulum on the glass bottle is also a certain value. For example, according to the GB/T4544-1998 beer bottle standard, qualified products should not rupture under 0.6J impact. This instrument is used by dozens of glass factories, breweries, and quality inspection departments in China. This instrument complies with the national standards GB/T4544-1998 and GB6552-86

IIGlass bottle and jar impact resistance testerTechnical parameters:

1. Maximum impact energy of the instrument: 2.0J
2. Tested bottle diameter: ￠ 50-130mm
3. Instrument resolution: Impact energy less than 0.6J, 0.05J per grid
The impact energy is 0.6J, with 0.1J per grid
4. Energy loss: ≤ 1.5% FS
5. Exterior dimensions: 530 mm * 350 mm * 700 mm
IIIGlass bottle and jar impact resistance testerOperation steps

1. Place the instrument on a level and stable workbench. Firstly, adjust the swing rod to the position of the lead hammer. At this time, the scale reading on the dial is zero.

2. Place the test sample on a V-shaped support platform, rotate the height adjustment handle, and the height should be 50-80mm from the bottom of the bottle to the impact point

3. Rotate the handle of the base drag plate adjustment to make the sample just touch the impact hammer. The scale value is zero.

4. Rotate the scale adjustment handle to rotate the swing rod to the desired scale value (Newton meters) for the experiment.

5. Press the lower hook to release the impact hammer from the hook and impact the sample. If the sample does not break, use your hand to connect it when the swing rod bounces back. Do not let the impact hammer repeatedly impact the sample.

6. Strike each sample at 120 degrees and hit it 3 times.

7. The tested sample should not undergo other tests such as internal pressure, thermal shock, etc!