Traditional cassava starch conveying methods often face issues such as dust pollution, material clumping, low conveying efficiency, and rapid equipment wear. Transporting bulk materials outdoors or in open environments not only causes raw material waste but also poses risks to the working environment and operator health. At the same time, cassava starch is highly hygroscopicity and easily becomes damp and clumps during transportation, affecting downstream process stability and product quality.

Material characteristics

Cassava starch is a white powder or fine particles, with a bulk density of about 0.4~0.6 t/m³ and a moisture content usually of 12%~14%. It has strong hygroscopic and adhesive properties. Its particles are fine and generally fluid, causing significant wear on pipelines and equipment during transportation, and it is prone to static electricity. Therefore, there are high requirements for the conveying system's sealing, moisture-proof capability, wear resistance, and explosion-proof safety design.

Product Introduction

Head Powder's pneumatic cassava starch conveying system uses sealed pipeline processes under positive or negative pressure, enabling efficient, clean, and automated conveying of powder materials from raw material silos to processing and packaging stations. The system can be modularly customized according to the actual factory layout and process requirements, including feeding devices, conveying pipelines, air source equipment, dust separation and removal equipment, and intelligent control units. The entire equipment uses wear-resistant and anti-corrosion materials for the parts in contact with materials, and is equipped with moisture-proof and anti-static designs to address the challenges of cassava starch clumping and wear.

Product advantages

To address customers' pain points such as dust pollution, material agglomeration, and low efficiency, Head Powder's cassava starch pneumatic conveying solution offers the following systematic solutions: fully enclosed pipeline conveying to fully prevent dust leakage and improve the workshop environment; Equipped with active dehumidification and moisture-proof devices to prevent moisture absorption and caking during material use; Adopts a low-flow, high-concentration conveying design to reduce pipeline wear and extend equipment lifespan; Integrated PLC automatic control system enables more accurate batching and continuous conveying, improving production efficiency. The solution balances stability and cost-effectiveness, helping clients reduce overall operating costs.