Powder Quantitative Packing Machine
Specifications
Product details
Contact: 13610087291, 00-39947292 Wu Qiaoyan
The company owns its own production workshop, equipped with large shearing machines, bending machines, plate rolling machines, DC and AC welding machines, as well as lathes, planers, milling machines, etc.
Main products: valve-type quantitative packing machine, open-type quantitative packing machine, liquid quantitative filling machine, quantitative inspection scale, batching control system, metering engineering, etc. Products are widely used in chemical, food, building materials, coal, petroleum, warehousing, transportation, grain and oil, pharmaceutical, road engineering and many other fields.
Product Introduction
JKF-159CH valve bag powder quantitative packing machine adopts variable frequency speed regulation, electronic automatic metering technology, controlled by PLC program, can completely solve the one-time filling of ultrafine powder, with accurate metering and no dust. It uses variable speed screw feeding, divided into full-screw type and half-screw type. The full-screw type directly sends materials into the packaging bag, designed for materials with high specific gravity, poor fluidity, and viscous materials, such as titanium dioxide, wet-process zirconium silicate, mica powder, precipitated barium, small particle powder, dry mortar, joint filler, etc. The half-screw type uses high-speed variable frequency screw to indirectly send materials into the packaging bag using air, designed for materials with good fluidity (325 mesh to 2500 mesh) not easy to block, such as heavy calcium carbonate, heavy barium sulfate, quartz powder, starch, zinc calcium magnesium stearate, stabilizer, wax powder, color powder, magnesium aluminum hydroxide, etc.
Performance Parameters
Model: JKF-159CH
Packaging weight: 3~50kg
Packaging accuracy: ±0.2~0.5%
Packaging speed: 3~5 bags/min (25kg)
Power supply: 380V 50Hz 4Kw
Air consumption: P≥0.6MPa, Q≥0.4m3/min
Equipment weight: 520kg
Dimensions: 800mmL × 1400mmW × 1850mmH