Сепаратор литий-ионной батареи для обменной мембраны 25 мкм
US $1.00-$4.00
Сверхкритический углекислотный красящий чайник высокого качества, 200 л
- Категория товара: Separation Equipment >>>
- Поставщик (Оптовый магазин): Weihai,Huixin,Chemical,Machinery,Co.,Ltd.
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Характеристики
Product Description
Dyeing and finishing is a highly polluting and water-consuming industry, and water is a very precious resource.
Supercritical staining is a new and advanced technology that USES supercritical carbon dioxide instead of water as the solvent for staining, which can thoroughly solve the environmental pollution caused by traditional water dyeing, and can save a lot of water resources and human resources. Supercritical dyeing equipment mainly includes dyeing kettle, separating kettle, dye kettle, heater, condenser and carbon dioxide circulating storage tank, among which dyeing kettle is the core equipment.
Dyeing kettle adopts hydraulic or electric quick opening structure with safety interlock device. General working temperature is 150 ℃, pressure < 30 mpa, 32 mpa design pressure, design temperature 200 ℃.
Supercritical staining is a new and advanced technology that USES supercritical carbon dioxide instead of water as the solvent for staining, which can thoroughly solve the environmental pollution caused by traditional water dyeing, and can save a lot of water resources and human resources. Supercritical dyeing equipment mainly includes dyeing kettle, separating kettle, dye kettle, heater, condenser and carbon dioxide circulating storage tank, among which dyeing kettle is the core equipment.
Dyeing kettle adopts hydraulic or electric quick opening structure with safety interlock device. General working temperature is 150 ℃, pressure < 30 mpa, 32 mpa design pressure, design temperature 200 ℃.
Volume | 1-2500 liters |
Pressure | Max 300bar |
Temperature | 250℃ |
Material | SS304 OR SS316 |
Control | PLC control system |
Application | Dyeing industry |
Product Features
(1) No water use, no waste water pollution;
(2) Easy technological process and low energy cost for drying;
(3) Fast dyeing speed, good levelling and penetration performance, excellent reproducibility of dyeing;
(4) CO2 itself is non-toxic, tasteless, non-combustible and reusable;
(5) The fuel can be reused, no need to add any dispersant, low cost and high utilization rate of the dye.
(6) Wide application for fiber varieties, and some synthetic fibers (such as polypropylene and aramid) can also be normally dyed.
(2) Easy technological process and low energy cost for drying;
(3) Fast dyeing speed, good levelling and penetration performance, excellent reproducibility of dyeing;
(4) CO2 itself is non-toxic, tasteless, non-combustible and reusable;
(5) The fuel can be reused, no need to add any dispersant, low cost and high utilization rate of the dye.
(6) Wide application for fiber varieties, and some synthetic fibers (such as polypropylene and aramid) can also be normally dyed.
Product Paramenters
Device size | Dyeing tank effective volume | Design Features |
Experimental | 1~10L | Small-scale scientific research needs of various materials; Process pipelines can be changed and expanded according to user needs; Equipped with safety devices keep safe and reliable; Excellent performance, easy operation and the experimental data is stable and reliable; |
Pilot production | 10~500L | Unique structure design, fabric dye evenly; Uniquely designed quick-opening structure, good airtightness, simple; Use a variety of high-quality fittings to avoid cross-contamination of dyes; High self-control level, stable and reliable product quality and experimental data, suitable for industrial amplification to obtain design basis; |
Industrial production | 500L~ | The design will be based on the actual needs of the customer to design a specific process route and configuration plan, and then industrialized amplification implementation. |
Customization
1. Volume:
Dyeing tank: Volume 1L-500L, dye pot: Volume 0.5L-100L,
Separation tank: Volume 600mL-250L, maximum design temperature 200°C
2. Pressure:
Dyeing kettle: maximum design pressure 50MPa
Dye kettle: maximum design pressure 50MPa
Separation kettle: maximum design pressure 20MPa
3. Design temperature:
Dyeing kettle: Design temperature -200 ° C
Dye kettle: Design temperature -200 ° C
Separation kettle: Design temperature -85 ° C
Dyeing tank: Volume 1L-500L, dye pot: Volume 0.5L-100L,
Separation tank: Volume 600mL-250L, maximum design temperature 200°C
2. Pressure:
Dyeing kettle: maximum design pressure 50MPa
Dye kettle: maximum design pressure 50MPa
Separation kettle: maximum design pressure 20MPa
3. Design temperature:
Dyeing kettle: Design temperature -200 ° C
Dye kettle: Design temperature -200 ° C
Separation kettle: Design temperature -85 ° C
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