Multiphase High-Pressure Explosion Limit Tester

Modular design concept, flexible to meet various testing requiremen.

Tailored to different testing needs, with freely editable experimental processes.

Test chamber made of 316L stainless steel, corrosion-resistant.

Jacketed temperature control for high efficiency.

Constant temperature conditions are flexibly set, balancing efficiency and accuracy.

Equipped with a high-efficiency vacuum pump, cleaning parameters are adjustable to thoroughly eliminate residual effects.

Precision measurement and control system with compensation gas mixing algorithm for accurate gas concentration control.

Stirring function to ensure the uniformity of the gas mixture.

Uses specialized explosion-proof pressure sensors with high working temperatures and dynamic performance.

Automatic control of gas samples, including vacuuming, gas mixing, and stirring.

Equipped with safety interlock features to enhance security.

Safety valves, rupture discs, and multiple safety protections to ensure the safety of laboratory personnel.

The Multiphase High-Pressure Explosion Limit Tester tackles complex mixtures, making it ideal for fields like lithium batteries (electrolytes!) and combustible gas (condensates!), where traditional testers might fall short.

What pressure range does the Multiphase High-Pressure Explosion Limit Tester cover? The tester can operate within a wide pressure range, typically up to 1000 bar, ensuring accurate measurements under high-pressure conditions.

Can the tester accommodate different types of hazardous materials? Yes, the Multiphase High-Pressure Explosion Limit Tester is versatile and can be used with various gases, vapors, and liquid mixtures commonly found in industrial processes.

How does the tester determine explosion limits? The tester utilizes advanced sensors and analytical techniques to precisely measure the concentration of flammable substances in the test environment, enabling the determination of lower and upper explosion limits.