Machine, Stainless Steel Tank, Mixing Tank manufacturer / supplier in China, offering Chemical Mixing Tank Sterilizer Tank for Chemical Industry Chemical Blending Tank, Stainless Steel Industrial Chemical Agitation Tank Mixing Vessel, Electric Heating Stirring High Pressure Reactor Tomato Ketchup Mixing Tank and so on.
|Purchase Qty. / Reference FOB Price|
|1-4 Pieces||US $3,000|
|5+ Pieces||US $2,990|
|Production Capacity:||100 Set/Sets Per Month|
|Payment Terms:||L/C, T/T, Western Union|
|Application:||Liquid with Suspended Solids, Liquid|
Chemical Mixing Tank sterilizer tank for chemical industry Chemical Blending Tank
Mixing tank is composed of tank body and a magnetic agitator. All the parts are made of high quality acid resistant Stainless steel (304 or 316L) and conform to GMP standard.The inner surface adopt mirror polish,The tank bottom use arc design.Which makes no dead angle of the tank.The inlet design makes a continuous filling possible, the outlet design is good for discharge process.The structure of tank adopt oval tank top and standard tank jacket.There is a magnetic agitator at the bottom,The agitator has the advantage of small distance from the tank bottom, low requirement of liquid level.As a result,the is no precipitation problem and solve the problem of the top mixer requires a minimal liquid level.
The magnetic agitating is an application of a magnetic coupling.Because the repulsion between the different poles of the magetic material ,we drive the magnetic agitator by continuous changing the polarity of the magneticring base.The shaft of motor and reducer connect with the inner magneticring.The agitation shaft connected with the out magneticring.The out magneticring rotates with the inner magnetic ring, and make the agitation shaft rotate according,The innerring and outerring are separated by a seal cover.The reactor cavity and the out environment are separated by the seal cover.So it is reactor cavity and the out environment are separated by the seal cover.So it is one of the most reliable No-leak design and a necessities for no-leak reactors.