The key role and research and development progress of high-strength absorbers in the field of electronics

01 Types and functions of inhalers

The difference between evapotranspiration type and non evapotranspiration type

Evapotranspiration type adsorbents evaporate the adsorbent material by heating, forming an adsorption layer to capture gas molecules. Non evaporative absorbers, on the other hand, activate the material by heating, thereby adsorbing gas molecules.

The key role and research and development progress of high-strength absorbers in the field of electronics

01 Types and functions of inhalers

The difference between evapotranspiration type and non evapotranspiration type

Evapotranspiration type adsorbents evaporate the adsorbent material by heating, forming an adsorption layer to capture gas molecules. Non evaporative absorbers, on the other hand, activate the material by heating, thereby adsorbing gas molecules.

The key role and research and development progress of high-strength absorbers in the field of electronics

01 Types and functions of inhalers

The difference between evapotranspiration type and non evapotranspiration type

Evapotranspiration type adsorbents evaporate the adsorbent material by heating, forming an adsorption layer to capture gas molecules. Non evaporative absorbers, on the other hand, activate the material by heating,

thereby adsorbing gas molecules.

03 Progress in the research and development of inhalers in China

Research institutions and technological breakthroughs

It is worth mentioning that China Youyan Technology Group Co., Ltd. has made significant progress in the research and development of high-strength absorbers. They have broken through key technologies such as high reliability heating components and high-strength suction material preparation.

◉ Product performance indicators

Successfully developed high-performance and high-strength absorbers. The main performance indicators of this inhaler include hydrogen absorption rate S10 reaching or exceeding 2400mL • s-1 • cm-2, hydrogen absorption capacity S120 reaching or exceeding 1800Pa • mL • cm-2, while possessing low pollution, high reliability, and superior suction performance. This enables the inhaler to be effectively applied for long-term maintenance of the internal vacuum working environment of high-end vacuum devices, and has the ability to continuously supply in bulk.