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Carbon Molecular Sieve  data sheet


Description: Carbon Molecular Sieve (CMS) is a new-style non-polarity sorbent. At room temperature and with varying pressure, CMS absorbs oxygen and separates nitrogen from the air.

Applications: Widely used in the petroleum chemical industry, for metal heat treatment, electron production, and to maintain the freshness of food products.

 

 

Type: CMS — 140

Standard Specifications

Bulk density 

640~660 g / l

Average partice diameter 

2.0-2.2 mm

Compresive strength 

100N /granule

PSA Productivity

99.9%N2 

75NM3 /h.Kg

99.5% N2 

140NM3 /h.Kg

98.5%N2 

220NM3 /h.Kg

PSA Recovery (N2/Air)

99.9%N2 

19% 

99.5%N2 

30%

98.5%N2

35% 

 

Type: CMS — 160

Standard Specifications

Bulk density 

640~660 g / l

Average partice diameter 

2.0-2.2 mm

Compresive strength 

100N /granule

PSA Productivity

99.9%N2 

90NM3 /h.Kg

99.5% N2 

160NM3 /h.Kg

98.5%N2 

250NM3 /h.Kg

PSA Recovery (N2/Air)

99.9%N2 

22% 

99.5%N2 

33%

98.5%N2

38% 

 

Type: CMS — 180

Standard Specifications

Bulk density 

640~660 g / l

Average partice diameter 

2.0-2.2 mm

Compresive strength 

100N /granule

PSA Productivity

99.9%N2 

110NM3 /h.Kg

99.5% N2 

180NM3 /h.Kg

98.5%N2 

270NM3 /h.Kg

PSA Recovery (N2/Air)

99.9%N2

24%

99.5%N2

35%

98.5%N2

42%

 

Type: CMS — 200

Standard Specifications

Bulk density

640~660 g / l

Average partice diameter

2.0-2.2 mm

Compresive strength

100N /granule

PSA Productivity

99.9%N2

140NM3 /h.Kg

99.5% N2

200NM3 /h.Kg

98.5%N2

300NM3 /h.Kg

PSA Recovery (N2/Air)

99.9%N2

27%

99.5%N2

38%

98.5%N2

46%