Nitrocellulose Plant
The Nitrocellulose manufacturing process technology is based on the technology that imported from the Soviet Union in China's First Five-year Plan. It has formed a completely independent, mature and complete technical system after more than 50 years' continuous improvement and innovation. It is the most advanced industrial technology which uses cotton as raw materials in Nitrocellulose formula.
SL Tec has rich experience in offering high efficient Nitrocellulose manufacturing process or updating Nitrocellulose formula for Nitrocellulose plant construction. Welcome to consult us for more details of the Nitrocellulose production process.
Features of Nitrocellulose Plant
● High product quality
● High product quantity
● Low consumption of materials and energy
● Advanced level in the global industry
Note: The highlighted parts are the auxiliary device.
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Specification of Nitrocellulose Plant
Appearance: White flocculent fiber or sheet, granular, no visible impurities.
Nitrogen Content: The range of Nitrogen content
Type | Nitrogen Content | Remarks |
L type | 10.7%~11.4% | Low Nitrogen Content |
H type | 11.5%~12.2% | High Nitrogen Content
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Specification of Nitrocellulose Plant
Type | Spec | Solution Concentration |
A method | B method | C method |
L Type | 1/8 | — | — | 1.7~3 |
1/4a | — | — | 3.1~6 |
1/4b | — | — | 6.6~1 |
1/2a | — | 3.2~6 | — |
1/2b | — | 6.1~8 | — |
H Type | 1/16 | — | — | 1.0~1 |
1/8 | — | — | 1.7~3 |
1/4a | — | — | 3.1~4 |
1/4b | — | — | 5.0~8 |
1/4c | — | — | 8.1~1 |
1/2a | — | 3.2~6 | — |
1/2b | — | 6.1~8 | — |
1 | — | 8.5~1 | — |
3 | 2.0~4.0 | — | — |
10 | 5.0~12.0 | — | — |
15 | 13~20 | — | — |
30 | 21~40 | — | — |
60 | 41~80 | — | — |
120 | 81~160 | — | — |
Note: "A method", "B method" and "C method" suggest that the concentration mass fraction of nitro cotton solution respectively to “12.2%”,”20.0%”,”25%”. |
Specific Consumption of Nitrocellulose Plant
S/N | Item | Consumption | Remarks |
1 | Refined cotton | 440-610(kg/T) | 1. All consumption is based on the quantity of products. 2. The steam consumption is set under the premise that there’s no medium pressure steam. 3. All consumption is on condition that all auxiliary devices are operating normally. 4. Consumption will vary with the types of products. |