Pneumatic glass fiber powder conveying solution
During the processing and application of fiberglass powder, enterprises often face challenges such as severe dust pollution, low material transport efficiency, frequent pipeline blockages, and high equipment maintenance costs. Traditional mechanical conveying methods not only easily cause caking and crushing of fiberglass powder but also make it difficult to achieve automated continuous operations, seriously affecting the normal operation of production lines and product quality.
Material characteristics
Fiberglass powder is a lightweight, easily airborne, and poorly flowable fibrous powder, characterized by high abrasiveness and moisture absorption. Their particle shapes are irregular, making static aggregation and bridging highly prone to occurring during transportation, which places high demands on the sealing, wear resistance, and anti-clogging capabilities of the conveying system.
Product Introduction
The pneumatic conveying system provided by Head Powder uses sealed pipelines with negative or positive pressure conveying, specifically designed for the physical properties of glass fiber powder. The system consists of a feeding device, conveying pipelines, air source equipment, separation and filtration device, and intelligent control system. Customized solutions can be made according to customer on-site conditions, achieving dust-free and automated material flow from the raw material silo to the point of use.
Product advantages
To address the pain points of fiberglass powder clogging, wear, and flying, our pneumatic conveying solution has undergone multiple targeted optimizations: using low-flow material technology to reduce pipeline wear; Equipped with anti-bridge feeders and arch-breaking devices to ensure continuous feeding; Integrated high-efficiency pulse dust collectors help meet gas emission standards; Equipped with a fully automatic PLC control system, enabling remote monitoring and fault alarms, reducing the frequency of manual intervention and maintenance.