In industries such as food, pharmaceuticals, and chemicals, xylitol powder often faces issues such as dust buildup, material moisture, cross-contamination, and low manual efficiency during handling, feeding, and conveying. Traditional mechanical conveying methods struggle to meet the characteristics of xylitol powder, which is prone to moisture absorption, caking, and poor flowability, resulting in frequent equipment clogging, high maintenance costs, and production environments that struggle to meet cleanliness requirements.

Material characteristics

Xylitol powder is a white crystalline powder with sweetness comparable to sucrose, characterized by high hygroscopicity, low melting point, and easy clumping. Particle sizes are usually between 100~500 microns, bulk density is about 0.5~0.8 g/cm³, with a large repose angle and poor flowability. During conveying, it is recommended to strictly control humidity and temperature, and avoid mechanical impact to prevent moisture absorption, agglomeration, or static electricity buildup in the material.

Product Introduction

Head Powder's xylitol powder pneumatic conveying solution uses a sealed pipeline system powered by compressed air, enabling automated delivery of xylitol powder from feeding, storage, and transportation to production stations. The system integrates an intelligent control module that can adjust conveying speed, air pressure, and flow rate according to material characteristics and process requirements, effectively preventing material damage, delamination, and contamination. It is suitable for scenarios such as food additives, pharmaceutical excipients, and functional sugar production.

Product advantages

To address user pain points, this solution uses fully enclosed negative pressure or positive pressure conveying designs to suppress dust leakage from the source, reducing workshop cleanliness maintenance costs. The system is equipped with a dehumidifying filter device and anti-static measures to adapt to the moisture absorption characteristics of xylitol, reducing the risk of caking. The modular structure facilitates disassembly, assembly, and cleaning, supports customized layouts, reduces manual handling intensity and equipment failure rates, and helps users achieve continuous, low-loss, and high-hygiene production operations.