industry news

How to Filter Argon Gas From Metal Powders

Views : 1185
Update time : 2022-10-28 11:48:33

The Indian university professor needs to use Argon gas coming out of metal hydride particles which are 30-50 microns in size. The metal hydride particles stay back. Argonn gets through the pores and comes to the circuit with 300 bar pressure.  But the lab has only used filters with a pressure of 30 bar before, fearing that 300 bar will make the filter explode, and Argon is also dangerous. The laboratory needed solution to solve it.

 

After checking the applications and working process. YUBO designed a new structure for the sintered filter. The challenge is to ensure filtration efficiency and service life under the condition of high pressure. With a New structure and Ti material, YUBO’s design solved the problems perfectly.

Hydrogen gas filtration use sintered filter products

The sintered filter products can filter Argon gas released from the metal powders and come out through the filter to the circuit.

Finally, the customer is satisfied with the new-designed filter. 

 

We are an industrial filtration manufacturer of wedge wire filtration equipment and filter elements for more than 10 years.

We not only provide filter products that can save you cost, but also have the newest filtration solution for your industry that can improve work efficiency and improve filtering accuracy.
industrial filtration wedge wire filter products

Related News
Read More >>
Catalyst Bed Support Grid Design for High Efficiency Reactor Flow Catalyst Bed Support Grid Design for High Efficiency Reactor Flow
Jul .27.2026
Explore how Catalyst Bed Support Grid design affects reactor efficiency through optimized flow distribution, pressure control, catalyst stability, and structural strength. Learn key factors for improving catalyst performance and achieving reliable fixed-bed reactor operation.
Choosing the Right Vee Wire Scallops for High-Performance Radial Flow Internals Choosing the Right Vee Wire Scallops for High-Performance Radial Flow Internals
Jul .20.2026
Discover how Vee wire scallops improve radial flow internals through optimized slot design, high open area, and strong structure, enhancing fluid distribution, catalyst retention, and long-term reactor performance.
Tower Internal Wedge Wire Pipe and Long-Term Performance Tower Internal Wedge Wire Pipe and Long-Term Performance
Jul .17.2026
Explore how tower internal wedge wire pipes improve long-term industrial performance through optimized flow distribution, high open area, corrosion resistance, and durable design. This guide explains key factors affecting reliability, efficiency, and service life.
Catalyst Bed Support Grid Structure and Pressure Drop Optimization Catalyst Bed Support Grid Structure and Pressure Drop Optimization
Jul .13.2026
Explore how catalyst bed support grid structure affects reactor pressure drop, flow distribution, and catalyst performance. This guide explains key design factors including open area, slot geometry, material selection, and optimization strategies for efficient reactor operation.