Standards:

GB/T2812

Applications:

Suitable for impact - performance tests of safety helmets, used to evaluate the impact - resistance performance of safety helmets.

Product Information:

The base is made of reinforced concrete, and its mass is not less than 500 kg.

The Acceleration Impact and Penetration Testing Machine for Safety Helmets is designed to evaluate the impact absorption and penetration resistance of safety helmets by measuring acceleration during impact and assessing resistance to penetration. It supports helmet safety performance evaluation and quality control according to relevant testing standards.

Features：

Integrated Testing Functions: Combines impact and penetration resistance testing in one machine, depending on the configuration.

Acceleration Measurement: Equipped with an acceleration measurement system for evaluating impact response.

Controlled Impact Testing: Provides controlled test conditions to improve testing consistency and repeatability.

Safety Helmet Compatibility: Designed for testing industrial safety helmets and applicable protective headgear.

Quality Assurance: Supports product performance evaluation, research and development, and quality control.

Standard-Oriented Design: Can be configured to meet relevant testing standards and customer requirements.

FAQs：

1. What is the purpose of this testing machine?

It evaluates the impact resistance, impact acceleration, and penetration resistance of safety helmets.

2. What parameters can be measured?

It can measure impact acceleration and assess helmet deformation or penetration performance, depending on the test configuration.

3. Which safety helmets can be tested?

It is suitable for industrial safety helmets and other protective headgear within the equipment's applicable specifications.

4. Which standards does it comply with?

It can be configured for relevant safety helmet standards, such as EN 397 and applicable national standards.

5. Why is impact acceleration testing important?

It helps assess the impact protection performance of helmets and supports safety verification and product quality control.