During the production and processing of polytetrafluoroethylene (PTFE) powder, material conveying often faces challenges such as blockages, dust, equipment wear, and low efficiency. Drawing on years of pneumatic conveying experience, Head Powder provides customized pneumatic conveying system equipment tailored to the unique physical properties of PTFE powder, helping customers achieve clean, efficient, and stable powder transfer.

Customer pain points

Many companies often encounter the following problems when handling PTFE powder: traditional mechanical conveying methods easily cause materials to stick to walls and bridge the bridge, requiring frequent cleaning and maintenance; The conveying process generates a large amount of dust, affecting the working environment and personnel health; Equipment is severely worn, and replacement costs are high; It is also impossible to achieve long-distance, enclosed conveying, limiting production capacity.

Material characteristics

PTFE powder features a low coefficient of friction, strong hydrophobicity, high dispersibility, and slight adhesion. Its particle size is usually between 10~100 microns, with low bulk density and average flowability. During transportation, pipeline blockages are easily caused by static adsorption, requiring high sealing, wear resistance, and anti-static capability of the conveying system.

Product Introduction

The pneumatic conveying system for PTFE powder provided by Head Powder uses positive pressure dilute phase or dense phase conveying methods, optimizing pipeline inner wall treatment and gas-solid ratio parameters according to material characteristics, equipped with dedicated anti-blockage devices and static elimination modules. The system consists of a feeder, conveying pipeline, air supply equipment, dust separation device, and electrical control system, and can be customized for non-standard design according to customer site conditions.

Product advantages

To address customer pain points, Head Powder provides solutions from the following aspects:
1. Adopts low-flow dense phase conveying technology to reduce material crushing and pipeline wear, extending equipment lifespan.
2. Equipped with a highly sealed rotary valve and wear-resistant elbow to prevent dust leakage and support a clean workshop environment.
3. Built-in static discharge device and anti-stick coating effectively prevent powder clogging and improve operational stability.
4. Fully automated PLC control enables more accurate feeding, remote monitoring, and fault alarms, reducing manual intervention.