The system is made of stirred tank, high-performance bead mill, storage kettle, paint mixing kettle, delivery pump, forced cooling unit, and connecting pipelines. Through the optimization of the system configuration, can extremely transfer energy to grinding media, and do well grinding. The system uses special technology, makes the material flowing very high. The advantage of this is quickly grinding products, and can make less temperature rise of the material. It will effectively control the temperature rise of the whole system. The forced cooling unit takes away heat furthest, To prevent the material from changing color and agglomerating.
A variety of monitoring equipments send information to the industrial control computer (or touch screen) by virtue of PLC. The operator can control the whole system on a computer monitor conveniently, it is especially suitable for grinding industries which needs explosion-proof and guard against the material doing harm to people. The slurry is transmitted from stirred tank to grinding mill by quantitative delivery pump, Then will be ground in the grinding mill, After that the slurry will be transmitted to storage kettle by delivery pump, the operator can take and test the sample from the storage kettle, If the size of slurry is up to requirement, It will be transmitted to filling or other next process, if the size is not ok, then it will be transmitted to grinding mill to grind again till it can meet the requirement. By one or several times of operation experience, The operation parameters of the system can be fixed to finally realize the automatic production.
The system can independently finish scattered, grinding, filter, vacuum feeding as well as semi-automatic filling process, etc. We have models with annual output of 800 tons, 1800 tons, 4800 tons, 8800 tons, 11000 tons, 18000 tons, 28000 tons, 58000 tons, 88000 tons etc. For your choosing, and we can design and manufacture professional integrated complete set of equipment systems for paint industry according to customer's required actual production.
