Acid and Alkali Electric Heating Tube - Yangzhou Darui
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Titanium material has the characteristics of low density, high strength, and corrosion resistance. Practice has proven that titanium in anti-corrosion equipment production applications has high efficiency and long service life. In electroplating equipment applications, it does not affect the plating solution and can greatly improve the efficiency of the electroplating industry. It is suitable for strong alkaline solutions such as caustic soda and caustic soda.
Model | Applicable Environment and Process | Tube Outer Material | Tube Unit Surface Load | Model | Applicable Environment and Process |
Fluoroplastic Electric Heater (CMFLON) | Suitable for corrosive liquids such as strong acids and alkalis, process temperature ≤105℃, non-stick, non-scaling, uniform surface heat dissipation | PFA/Outer jacketPTFE/Outer jacket | Stainless steel, titanium, iron, copper1.5W/C㎡ | Fluoroplastic Electric Heater (CMFLON) | Suitable for corrosive liquids such as strong acids and alkalis, process temperature ≤105℃, non-stick, non-scaling, uniform surface heat dissipation |
Titanium (CMTi) Electric Heater | Suitable for processes such as chrome plating, acid copper, nickel plating, passivation, filling, oxidation tanks, chromic acid anodizing, | TitaniumTi | 6-4.5W/C㎡ | Titanium (CMTi) Electric Heater | Suitable for processes such as chrome plating, acid copper, nickel plating, passivation, filling, oxidation tanks, chromic acid anodizing, phosphating, acid tin plating, etc. |
Stainless Steel (CM316L) Electric Heater | Suitable for liquids with PH>7－14, oils, and other liquids | 304, 316L, 1Cr18Ni9Ti | 6-4.5W/C㎡ | Stainless Steel (CM316L) Electric Heater | Suitable for liquids with PH>7－14, oils, and other liquids |
Quartz Electric Heater | Suitable for strong acid and alkali corrosive liquids, process temperature ≤105℃, non-stick, non-scaling, uniform surface heat dissipation | Quartz | 6-4.5W/C㎡ | Quartz Electric Heater | Suitable for strong acid and alkali corrosive liquids, process temperature ≤105℃, non-stick, non-scaling, uniform surface heat dissipation |
