The CMS (carbon molecular sieve) is a sorbent picked up from the air, used in separating oxyen and nitrogen molecular. As picture shown, the adsorption quantity of CMS is greatly higher to oxygen than nitrogen does with the same pressure.
The CMS (carbon molecular sieve) is a sorbent picked up from the air, used in separating oxyen and nitrogen molecular. As picture shown, the adsorption quantity of CMS is greatly higher to oxygen than nitrogen does with the same pressure.
The CMS (carbon molecular sieve) is a sorbent picked up from the air, used in separating oxyen and nitrogen molecular. As picture shown, the adsorption quantity of CMS is greatly higher to oxygen than nitrogen does with the same pressure.
The CMS (carbon molecular sieve) is a sorbent picked up from the air, used in separating oxyen and nitrogen molecular. As picture shown, the adsorption quantity of CMS is greatly higher to oxygen than nitrogen does with the same pressure.
The CMS (carbon molecular sieve) is a sorbent picked up from the air, used in separating oxyen and nitrogen molecular. As picture shown, the adsorption quantity of CMS is greatly higher to oxygen than nitrogen does with the same pressure.
The CMS (carbon molecular sieve) is a sorbent picked up from the air, used in separating oxyen and nitrogen molecular. As picture shown, the adsorption quantity of CMS is greatly higher to oxygen than nitrogen does with the same pressure.
The CMS (carbon molecular sieve) is a sorbent picked up from the air, used in separating oxyen and nitrogen molecular. As picture shown, the adsorption quantity of CMS is greatly higher to oxygen than nitrogen does with the same pressure.
The CMS (carbon molecular sieve) is a sorbent picked up from the air, used in separating oxyen and nitrogen molecular. As picture shown, the adsorption quantity of CMS is greatly higher to oxygen than nitrogen does with the same pressure.
The CMS (carbon molecular sieve) is a sorbent picked up from the air, used in separating oxyen and nitrogen molecular. As picture shown, the adsorption quantity of CMS is greatly higher to oxygen than nitrogen does with the same pressure.
Our factory covers 5000 square meters,focusing on turbos and turbo components research, development and manufacturing.
Our factory covers 5000 square meters,focusing on turbos and turbo components research, development and manufacturing.
Our factory covers 5000 square meters,focusing on turbos and turbo components research, development and manufacturing.
Our factory covers 5000 square meters,focusing on turbos and turbo components research, development and manufacturing.
High purity, up to 99.9995%
Excellent energy saving, can save 10~20%
Unique technology, molecular sieve life up to 10 years
High quality parts, stable and safe system
High degree of automation, unattended
The CMS (carbon molecular sieve) is a sorbent picked up from the air, used in separating oxyen and nitrogen molecular. As picture shown , the adsorption quantity of CMS is greatly higher to oxygen than nitrogen does with the same pressure.
The CMS (carbon molecular sieve) is a sorbent picked up from the air, used in separating oxyen and nitrogen molecular. As picture shown , the adsorption quantity of CMS is greatly higher to oxygen than nitrogen does with the same pressure.
The CMS (carbon molecular sieve) is a sorbent picked up from the air, used in separating oxyen and nitrogen molecular. As picture shown , the adsorption quantity of CMS is greatly higher to oxygen than nitrogen does with the same pressure.
The CMS (carbon molecular sieve) is a sorbent picked up from the air, used in separating oxyen and nitrogen molecular. As picture shown , the adsorption quantity of CMS is greatly higher to oxygen than nitrogen does with the same pressure.
The CMS (carbon molecular sieve) is a sorbent picked up from the air, used in separating oxyen and nitrogen molecular. As picture shown , the adsorption quantity of CMS is greatly higher to oxygen than nitrogen does with the same pressure.
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