packaging machinery
Applications: Chemicals,Minerals industries, etc.
Packaging machinery Speed:1-4 bags/min
Accuracy:+/-0.2%
Port: Each port in China, Tianjin Xingang port commonly
Minimum Order Quantity: 1 Set/Sets
Supply Ability: 10 Set/Sets per Month
Payment Terms: L/C,T/T
Contact SupplierPackaging Detail: LCL/FCL
Delivery Detail: 30-45 days after receiving advanced payment
Screw packaging machinery
It is designed for packaging a wide range of dry powders,flaked materials. The concept is that the screw/auger feeder conveys the materials to the sack. The superior design of the drive system permits high-speed bulk filling and extremely low-speed trim feeding,therefore ensuring accuracy without sacrificing the bagging rate.
Applications of screw packaging machinery:
Food: Starch, Baking powder, Flour Mixes, Cake mixes, Milk Powder, Yeast, Ingredients, Tea, Sugar, Salt, etc.
Feed: Supplements, Alfalfa Meal, Fish Meal, Blood Meal, etc.
Chemicals:Carbon black , Fertilizers, Pigments, Resins, Heavy calcium carbonate, Gypsum, Titanium dioxide, etc.
Minerals:Cement, Clay, Mica, Lime, Stucco, Tile grout, etc.
Specifications
Container type: Valve bag with internal self closing or external (tuck-in) valve
Filled container weight: 5-50 kg
Bag material: Paper, plastic, or woven polypropylene sacks
Production rate: 1 - 4 bags/min
Product bulk density: 0.5-2.0 ton/m3
Accuracy: +-0.2% - 0.4%, depending in the product bulk density, flow characteristics, and parcel size
Electrical requirements: 220V/1PH/50Hz; 380V/3PH/50Hz
Operating temperature: 2°C-45°C
At Packing site
Features and Benefits
1.High quality components that meet the requirements of heavy industry.
2.Consistent and high fill accuracy.
3.Easy to use operator interface with PLC.
4.Advanced dust cleaning technology which promotes cleanliness of the equipment during operation.
5.Low dust emission
6.Easy to clean
7.Adjustable sack support saddle for different sack sizes
8.Fully automation available with options of peripheral equipments
9.Various products are accommodated by a multi-configuration of material inlets and bottom transition hoppers