The High Velocity Impact Testing Machine is a device designed to simulate and measure the effects of high-speed impacts on materials or products. It evaluates how well an object can withstand sudden, forceful collisions, helping to determine its durability, strength, and safety performance.

Main Purpose

To test the impact – resistance performance of glasses, goggles and face shields at a certain speed.

Applicable Standards

(1)SNELL SA/K2010

(2)EN 166. EN 168

(3)ANSI Z87.1. MIL – PRF – 32432

(4)ISO 4855

Technical Parameters

(1) quality 1g ± 0.1g; diameter 5.5mm ± 0.1mm

(2) impact speed: 140~170m/s (adjustable);

(3)the control panel has an emergency stop device, higher safety; digital LCD display, display the speed of the projectile (m/s);

(4)the test bench has an adjustable device. Convenient for quick and easy installation of helmets;

(5) high-speed speed measurement system, the use of advanced high-precision laser speed monitor;

(6)the normal operation of the machine needs to be connected with an air compressor. Provide high-pressure gas original with high-precision valve, so that instantly reach the test speed;

(7)equipped with a safety police display light, when the door and valve of the equipment is not closed when the equipment can not enter the test state;

(8)the instrument operated by the air, the test space for the fully enclosed, the door is installed on the observation port.

Accessoriess

(1)High-Speed Projectile Launchers – Accelerate test balls or impactors to meet required test velocities.

(2)Test Fixtures and Holders – Secure helmets or visors to ensure accurate impact positioning.

(3)Sensors and Measurement Systems – Record impact speed, energy, and displacement data.

(4)Protective Shields and Safety Devices – Protect operators from flying debris during tests.

(5)Replacement Projectiles and Targets – Provide different sizes or types for various testing standards.

FAQ

1. What is the purpose of a High Velocity Impact Testing Machine?

It is used to evaluate the resistance and durability of materials or products against sudden, high-speed impacts, ensuring safety and compliance with industry standards.

2. What types of materials can be tested?

The machine can test metals, plastics, composites, helmets, protective equipment, and other materials that need to withstand high-velocity impacts.

3. How does the machine work?

The machine accelerates a projectile or impactor to a controlled high speed and strikes the test sample, measuring the resulting deformation, penetration, or failure.

4. What standards does the machine comply with?

It is designed to meet various international and industry-specific standards for impact resistance testing, including ISO, ASTM, and EN standards.

5. What safety features are included?

The machine is equipped with protective enclosures, emergency stop mechanisms, and precise control systems to ensure safe operation during high-velocity testing.

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