Pneumatic powder conveying pump for engineering plastics

Pneumatic powder conveying pump for engineering plasticsQBYFApplication of Powder Pneumatic Diaphragm Pump

fine chemicals : pigments, dyes, coatings, carbon black, titanium powder, iron oxide, ceramic powder, heavy calcium, light calcium, bentonite, molecular sieve, kaolin, silica gel powder, activated carbon, acid, alkali, lime, etc
Pesticide ore Urea, ammonium bicarbonate, baking soda, solid pesticides, tungsten powder, pesticide additives, copper concentrate powder, coal powder, phosphate powder, alumina powder, etc
Building Metallurgy Fiber powder, cement, clay, yellow sand, quartz sand, clay powder, silica, limestone powder, dolomite powder, sawdust powder, glass fiber, silica, metal powder, dye powder, etc
Food and daily chemical products Flour, starch, grains, milk powder, yeast, sugar, monosodium glutamate, crop powder, laundry detergent, etc
Other industries such as automobiles, papermaking, pharmaceuticals, water treatment, etc.: Powder coating, powder metallurgy parts, paper powder, tablet powder, raw material processing powder, sodium hydroxide, bleaching powder, sodium peroxide, etc

Pneumatic powder conveying pump for engineering plasticsQBYFOverview of Powder Pneumatic Diaphragm Pump

The powder pump can successfully transport a bulk density ofA powdery, lightweight, dry, and easily flowable powder with a density of 80-800 kg/m3. Widely used in the production of white carbon black, powdered activated carbon, graphite fine powder, lithium iron phosphate, light calcium carbonate, nano calcium carbonate, basic zinc carbonate, activated clay, expanded mica powder, diatomaceous earth, pine pollen, resin powder, pigment powder, plasticizer, flame retardant, acrylic resin, solid sodium methoxide and fine chemical, pharmaceutical raw materials and intermediates industries, as well as all light powder transportation, with a wide range of applications.

QBYFPrecautions for using powder pneumatic diaphragm pump

1.Transporting powder materials in a closed management system can prevent operators from coming into contact with the powder as little as possible, especially for some toxic and harmful powders, ensuring personal safety;
2. Avoiding the situation of dust flying around the production workshop, reducing air pollution and raw material waste;
3. Design an airflow induction system;
4. The fluidized gas and the motor-driven gas of the pump can be separated to avoid oxidation and deliquescence caused by material air contact; Fluidized gas can be further purified and dried separately (in contact with powder), and other gases such as nitrogen and other inert gases can be used;
5. System economy, simple and ready to use, unlike expensive traditional large and complex pre installed powder conveying systems;
6. Lightweight and easy to move and use anywhere (can be installed on a small cart, which can be customized). Ready to use, no installation or debugging required;

7.It is necessary to install a triple component to filter the moisture in the air before the air source enters the pump, otherwise it is prone to blockage.