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WRIKU's HW Chemical Axial-flow Pump is a centrifugal pump of horizontal, single stage and end suction design, whose technical requirements conform to GB/T13008 standard. It is mainly used in the chemical process with big flow and low head, especially is suitable in the compulsive circulating processes such as evaporation, thickening, crystallization, material circulation in the industries of alkali making, salt making, fermentation metallurgy, phosphate fertilizer,etc. |
WRIKU's HW Chemical Axial-flow Pump is a centrifugal pump of horizontal, single stage and end suction design, whose technical requirements conform to GB/T13008 standard.
It is mainly used in the chemical process with big flow and low head, especially is suitable in the compulsive circulating processes such as evaporation, thickening, crystallization, material circulation in the industries of alkali making, salt making, fermentation metallurgy, phosphate fertilizer,etc.
WRIKU's HW Chemical Axial-flow Pump is a centrifugal pump of horizontal, single stage and end suction design, whose technical requirements conform to GB/T13008 standard. It is mainly used in the chemical process with big flow and low head, especially is suitable in the compulsive circulating processes such as evaporation, thickening, crystallization, material circulation in the industries of alkali making, salt making, fermentation metallurgy, phosphate fertilizer,etc. |
WRIKU's HW Chemical Axial-flow Pump is a centrifugal pump of horizontal, single stage and end suction design, whose technical requirements conform to GB/T13008 standard.
It is mainly used in the chemical process with big flow and low head, especially is suitable in the compulsive circulating processes such as evaporation, thickening, crystallization, material circulation in the industries of alkali making, salt making, fermentation metallurgy, phosphate fertilizer,etc.
WRIKU’s Alkali production: for cold precipitation, evaporating concentration and waste liquid recovery in production of sodium hydroxide, sodium carbonate, ammonium chloride,etc.
1.Salt-making industry: evaporating concentration of NaC1;
2. Light industry: evaporating concentration of lactic acid, and alcohol, chemical reaction of VCNa food preserving agent, evaporation of sugar solution;
3. Metallurgy: evaporating concentration of copper sulphate and nickel sulphate;
4. Phosphorous fertilizer plant: wet-process concentration of phosphoric acid, concentration of ammonium phosphate slurry;
5. Flaubert salt plant: media concentration of Na2SO4 evaporator;
6. Aluminum oxide: evaporating concentration of sodium aluminium lye
WRIKU’s Alkali production: for cold precipitation, evaporating concentration and waste liquid recovery in production of sodium hydroxide, sodium carbonate, ammonium chloride,etc.
1.Salt-making industry: evaporating concentration of NaC1;
2. Light industry: evaporating concentration of lactic acid, and alcohol, chemical reaction of VCNa food preserving agent, evaporation of sugar solution;
3. Metallurgy: evaporating concentration of copper sulphate and nickel sulphate;
4. Phosphorous fertilizer plant: wet-process concentration of phosphoric acid, concentration of ammonium phosphate slurry;
5. Flaubert salt plant: media concentration of Na2SO4 evaporator;
6. Aluminum oxide: evaporating concentration of sodium aluminium lye
Capacity:(500~20000)m3/h :
Total head:(3 ~ 6)Meters
Working temperature:(-20 ~250)℃
Max working pressure:0.6MPa;
conform to GB/T 13008 standard
Capacity:(500~20000)m3/h :
Total head:(3 ~ 6)Meters
Working temperature:(-20 ~250)℃
Max working pressure:0.6MPa;
conform to GB/T 13008 standard
WRIKU’S Chemical Axial-Follow Pump is cantilever structure,The shaft seal has combined the dynamic seal with secondary impeller and mechanical seal(sealing Structure scene in the figure), which has ensured there is noleakage when pump is operating and stopping.
In the meanwhile, Mechanical seal adopts WRIKU’s patent product-No.171 of single mechanical seal, which possesses the advantages of convenient installation and maintain, good scaling effect and long service life. When operating, the cooling water needn't pressurizing.and the pressure can be around 0.I MPa,the flow is decided by temperature difference of cooling water inlet and outlet,general temperature rise doesn't exceed 15C.The seal of cooling water is the combination of skeleton oil seal and packing seal,which can be interchangeably designed
WRIKU’S Chemical Axial-Follow Pump is cantilever structure,The shaft seal has combined the dynamic seal with secondary impeller and mechanical seal(sealing Structure scene in the figure), which has ensured there is noleakage when pump is operating and stopping.
In the meanwhile, Mechanical seal adopts WRIKU’s patent product-No.171 of single mechanical seal, which possesses the advantages of convenient installation and maintain, good scaling effect and long service life. When operating, the cooling water needn't pressurizing.and the pressure can be around 0.I MPa,the flow is decided by temperature difference of cooling water inlet and outlet,general temperature rise doesn't exceed 15C.The seal of cooling water is the combination of skeleton oil seal and packing seal,which can be interchangeably designed
Operating conditions | Pumped fluid | |||
Capacity m3/h | Max Rated Min | 1 Media ______________ | Max ratio Min ratio % | |
Total head m | Max Rated Min | 2 Media ______________ | Max ratio Min ratio % | |
Suction pressure MPa | Max Rated Min | 3 Media ______________ | Max ratio Min ratio % | |
Discharge pressure MPa | Max Rated Min | Content (humidity) wt % | ||
NPSH required m | Particle diameter mm | |||
Operating conditions | Continuous Intermittent | Medium characteristics | Corrosion Abrasion | |
Spot conditions | Operation temp °C | Max Normal Min | ||
Position | Density | Under operating temp kg/m3 | ||
Indoor | With heating | With shield | ||
Viscosity | Under operating temp mPa.s | |||
Outdoor | Without heating | Without shield | Under operating temp MPa(A) | |
Requirement of Cold-proof | Specific heat | |||
Requirement of Damp-heat-proof | Concentration of chloride | PPM | ||
Site condition | H2S Density | PPM | ||
Concentration of H2S | ||||
Altitude | Flammable Explosive Toxic | |||
Atmosphere pressure | Volatile characteristics | Easy Not easy | ||
Max Min % | Boiling point | |||
Ambient temp. Range | Crystallization temp | |||
Abnormal conditions | Dust Smoking | Smelting point | ||
Electrical classification | Class Division Group | Point of flammability | ||
Power source | Volt Hz Phase | |||
Slurry Condition | Temp °C Pressure MPa | |||
Chloride concentration PPM | ||||
Critical pressure | MPa | |||
Compressed air of instrument | Max / Min. Pressure /MPa | |||
Other |
Operating conditions | Pumped fluid | |||
Capacity m3/h | Max Rated Min | 1 Media ______________ | Max ratio Min ratio % | |
Total head m | Max Rated Min | 2 Media ______________ | Max ratio Min ratio % | |
Suction pressure MPa | Max Rated Min | 3 Media ______________ | Max ratio Min ratio % | |
Discharge pressure MPa | Max Rated Min | Content (humidity) wt % | ||
NPSH required m | Particle diameter mm | |||
Operating conditions | Continuous Intermittent | Medium characteristics | Corrosion Abrasion | |
Spot conditions | Operation temp °C | Max Normal Min | ||
Position | Density | Under operating temp kg/m3 | ||
Indoor | With heating | With shield | ||
Viscosity | Under operating temp mPa.s | |||
Outdoor | Without heating | Without shield | Under operating temp MPa(A) | |
Requirement of Cold-proof | Specific heat | |||
Requirement of Damp-heat-proof | Concentration of chloride | PPM | ||
Site condition | H2S Density | PPM | ||
Concentration of H2S | ||||
Altitude | Flammable Explosive Toxic | |||
Atmosphere pressure | Volatile characteristics | Easy Not easy | ||
Max Min % | Boiling point | |||
Ambient temp. Range | Crystallization temp | |||
Abnormal conditions | Dust Smoking | Smelting point | ||
Electrical classification | Class Division Group | Point of flammability | ||
Power source | Volt Hz Phase | |||
Slurry Condition | Temp °C Pressure MPa | |||
Chloride concentration PPM | ||||
Critical pressure | MPa | |||
Compressed air of instrument | Max / Min. Pressure /MPa | |||
Other |