During the production and processing of flame retardant powders, enterprises often face practical issues such as dust blasts, high material waste, high equipment maintenance costs, and low conveying efficiency. Traditional mechanical conveying methods cannot meet the requirements for sealed, explosion-proof, and continuously stable delivery of flame retardant powders, urgently requiring a safe, efficient, and low-loss customized pneumatic conveying system.

Material characteristics

Flame retardant powders typically have fine particle size (up to micron level), light density, easy agglomeration, strong hygroscopicity, and some varieties are heat-sensitive or chemically active. During transportation, materials are prone to static electricity, dust, and even explosion risks. Therefore, the conveying system must have good sealing, explosion-proof design, anti-stick wall function, and relatively accurate ratio control.

Product Introduction

Head Powder's flame retardant powder pneumatic conveying system uses positive or negative pressure dense phase conveying methods, combined with high-precision metering and automated control systems, to achieve sealed, continuous, and stable conveying from the raw material silo to all workstations on the production line. The system can be customized according to customers' actual working conditions, adapting to various flame retardant powders (such as aluminum hydroxide, magnesium hydroxide, phosphorus-based flame retardants, etc.) to meet conveying needs under different particle sizes, humidity, and temperature conditions.

Product advantages

To address common customer pain points, Head Powder offers targeted solutions from the following aspects:

• Solving dust pollution issues: fully enclosed pipeline transportation, no leakage, workshop environment meets standards, reducing cleaning costs and occupational health risks.
• Reduced material loss: Dense phase low-speed conveying technology reduces material crushing and wear, improving yield.
• Enhanced system safety: Equipped with safety measures such as explosion-proof valves, electrostatic grounding, and inert gas protection, meeting explosion-proof area requirements.
• Automated operation achieved: PLC intelligent control monitors pressure, flow, and material level in real time, supports remote operation and fault alarms, reducing manual intervention.
• Adaptable to complex materials: By optimizing pneumatic conveying parameters and handling special pipelines, it solves issues such as flame retardant powder sticking, moisture absorption, and bridging.