The filling machine for beverage containing steam adopts primary mixing and secondary mixing. The first mixing is suitable for those with less output. Syrup and water are pumped into the mixing barrel by two pumps at the same time for mixing, and then carbon dioxide is filled into the mixing tank for mixing. Secondary mixing: water and sugar are respectively poured into the storage tank by the beverage pump, and the water and syrup are injected into the final mixing barrel by the pump of the mixer for mixing and mixing, and the carbon dioxide is filled for mixing and filling.
The filling machine for beverage containing steam adopts primary mixing and secondary mixing. The first mixing is suitable for those with less output. Syrup and water are pumped into the mixing barrel by two pumps at the same time for mixing, and then carbon dioxide is filled into the mixing tank for mixing. Secondary mixing: water and sugar are respectively poured into the storage tank by the beverage pump, and the water and syrup are injected into the final mixing barrel by the pump of the mixer for mixing and mixing, and the carbon dioxide is filled for mixing and filling.
The carbonated beverage filling machine refers to the carbonated beverage whose gas content is not less than 1.5 times. At present, the mainstream packaging on the market is PET bottle. The container used for the cover type is pet plastic blow molding, and there is a lot of CO2 inside the bottle. It is mainly packaged with the plastic film cover with sealing gasket, and the bottle outer packaging is generally label type. The filling machine is suitable for the filling and production of carbonated tea drinks, carbonated tea drinks and aerated drinking water (aerated type) containing C02 gas, such as salt soda, Coca Cola, Fanta (juice type gas containing beverage), carbonated tea beverage, aerated drinking water (aerated type).
The requirement of water used in beverage filling machine is high, so it needs to be treated by raw water. The treatment becomes: purification and disinfection of water. Source water generally comes from: tap water, groundwater, lake water, natural spring, natural fountain, etc. The untreated water may contain sand particles, soil, odor, high content of calcium and magnesium ions, bacteria and other pollution. All these unnecessary foreign matters are filtered and removed mechanically. The filtered water is soft, which is beneficial to improve the taste and the quality of the beverage.
model | yield | power | size | weight |
---|---|---|---|---|
DCGF18-18-6 | 3000 to 5000 bottles / h | 5 Kw | 2350X1700X2300MM | 3800 Kg |
DCGF24-24-8 | 6000 to 7000 bottles / h | 6 Kw | 3200X1900X2300MM | 5000 Kg |
DCGF32-32-8 | 8000 to 10000 bottles / h | 8 Kw | 4300X2000X2300MM | 6000 Kg |
DCGF40-40-10 | 10000 to 12000 bottles / h | 12 Kw | 4500X3500X2300MM | 9000 Kg |
DCGF50-50-12 | 12000 to 15000 bottles / h | 15 Kw | 5000X4200X2300MM | 12000 Kg |
DCGF60-60-15 | 15000 to 20000 bottles / h | 15 Kw | 6000X5000X2300MM | 15000 Kg |