In industries such as chemical, environmental protection, and metallurgy, ferrous sulfate powder transportation often faces challenges such as material moisture absorption, caking, and severe dust accumulation, which leads to equipment blockages, low efficiency, and affects the workshop environment and operator health. To address these practical pain points, Head Powder offers professional customized ferrous sulfate powder pneumatic conveying solutions, helping enterprises achieve safe, efficient, and environmentally friendly material transfer.

Material characteristics

Ferrous sulfate powder is a crystalline powder with typical hygroscopic properties, with relatively fine particle size, prone to clumping in humid environments, and prone to dust generation during transportation. Its bulk density, flowability, and coefficient of friction place high demands on the design of the conveying system, requiring a sealed, anti-blockage, and moisture-proof conveying method.

Product Introduction

Head Powder's ferrous sulfate powder pneumatic conveying system uses positive or negative pressure dense phase conveying technology, enabling stable delivery of ferrous sulfate powder from the feeding point to storage or reaction equipment. The core components of the system include air source equipment, feeders, conveying pipelines, dust separation and removal devices, and intelligent control systems. All parts in contact with materials are made of corrosion-resistant materials, and dehumidification, anti-blockage, and explosion-proof measures can be configured according to material characteristics.

Product advantages

To address customer pain points, Head Powder offers the following solutions:
1. Sealed conveying: The entire system operates under negative or positive pressure to prevent dust leakage and improve the workshop environment.
2. Anti-clogging and moisture resistance: The inner wall of the pipe is smooth and equipped with a pulse back-blowing device, combined with dehumidifying air, effectively preventing material clumping and blockage.
3. Modular Design: The system can be flexibly customized according to site space, conveying distance, and production volume, making installation and maintenance convenient.
4. Intelligent control: Equipped with a PLC automated control system to monitor conveying status in real time, achieving more accurate feeding and low-energy operation.