① "Snowstorm" filling technology
The adsorption chamber was filled with carbon molecular sieve (CMS) using "blizzard" filling technology;
● Carbon molecular sieve filling density is high, can make full use of space;
● Unlike most traditional designs, HLNPS series PSA generators require only a small amount of carbon molecular sieve, which can avoid tunnel effect. Conventional designs require more carbon molecular sieves to achieve the same purity due to tunneling effects, which increases physical size, operation and maintenance costs;
● Prevent wear of carbon molecular sieve, which may lead to dust, clogging filter and silencer and nitrogen purity loss;
● Nearly 100% carbon molecular sieve material is used to produce nitrogen, so reduce the number of carbon molecular sieve and the overall life cost;
● Nearly 100% carbon molecular sieve can be regenerated to ensure very stable and consistent nitrogen purity;
② Modular design: The carbon molecular sieve cavity uses a modular structural design that can be maintained by loading with elastic devices, which will prevent the bed from moving during transport and operation to eliminate wear, carbon cracking and leakage paths that can lead to premature failure or loss of nitrogen purity.
③ Special carbon molecular sieve: efficient gas production and regeneration capacity, high compressive strength, to ensure consistent purity, while preventing wear and fracture.
(4) PLC control system: in addition to ensuring the stable operation of equipment, remote monitoring can also be carried out according to the need to achieve traceability of production data.
⑤ Design quality: mass flow controller can prevent nitrogen overflow of equipment, outlet pressure regulator can control nitrogen pressure to ensure your gas demand.
⑥ Strengthen anti-corrosion: the use of high strength aluminum alloy cavity, after oxidation powder treatment, improve the anti-corrosion ability.
