Glass bottle impact testing machine

NegotiableUpdate on 02/14

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The measurement method of the glass bottle impact resistance testing machine is achieved by utilizing the rigid impact characteristics during the collision process between a metal pendulum and a steel glass bottle. When the potential energy of the pendulum is converted into kinetic energy and collides with the glass bottle sample at a specified height, a large impact force is generated between the two. This simulates the collision situation encountered by glass containers during transportation and use, and predicts the ability of glass products to resist impact damage.

Product Details

Glass bottle impact testing machineThe measurement method is achieved by utilizing the rigid impact characteristics during the collision between a metal pendulum and a steel glass bottle. When the potential energy of the pendulum is converted into kinetic energy and collides with the glass bottle sample at a specified height, a significant impact force is generated between the two. This simulates the collision situation encountered by glass containers during transportation and use, and predicts the ability of glass products to resist impact damage.

Main Features

The sample fixture of the instrument can move freely and flexibly in the vertical or horizontal direction, making it easy to adjust the placement position of the sample during testing.

2. The instrument design conforms to the energy conversion theorem, ensuring the accuracy and reliability of the experiment.

3. The suspension positioning of the instrument pendulum is stable, and the pendulum can rotate and release freely.

4. Complete stainless steel safety cover for easy cleaning.

5. Humanized design for releasing hooks, automatic rebound, simple and convenient operation.

technical indicators

Sample bottle diameter range	Φ20～Φ165mm；
Sample height range	30～230mm；
Maximum impact energy	2.6 J (joules);
Scale resolution	0.1J per grid;
Overall dimensions	530mm(L)×350mm(D)×710mm(H)
Net weight	40kg

execution standard

GB/T6552-2015 Test Method for Mechanical Impact Resistance of Glass Containers;

GB6552-86 Test Method for Mechanical Impact Resistance of Glass Bottles and Cans;

Configuration of glass bottle impact testing machine

Host, pendulum, brush

Precautions for maintenance and use of instruments

1. It should be stored in a dry laboratory and protected against moisture, dust, and corrosive gases indoors. When not in use temporarily, cover it with a dust cover.

To ensure measurement error, the indoor temperature should be stable during measurement.

During the use and handling of the instrument, severe vibrations should be prevented.