Application Areas: Closed and hygienic transfer of powders and granules. Widely used in pharmaceutical, food, chemical, and plastics industries. Suitable for API powders, milk powder, sugar, starch, polymer pellets, hazardous materials, etc. Meets GMP/FDA/ATEX standards, ensuring contamination-free and explosion-proof conveying.
Transfer Capacity
Conveying Distance
With Automatic Pulse Cleaning
Suitable for conveying powders, granules, and bulk solids, including API powders, milk powder, sugar, starch, coffee, flour, chemical raw powders, polymer pellets, carbon black, etc. Ensures dust-free, hygienic, and contamination-free transfer.
Widely used in pharmaceutical, food, chemical, plastics, and new materials industries. Applicable for closed, hygienic, and explosion-proof powder conveying. Meets GMP/FDA/ATEX standards, ideal for automatic production lines.
The Industrial Vacuum Conveying System is an advanced powder handling equipment that uses negative pressure air flow to transfer materials in a closed pipeline. It is capable of handling various powders, granules, and bulk solids with particle sizes ranging from micron-level to several millimeters. It features dust-free conveying, high efficiency, hygienic design, and easy maintenance, making it widely applicable in pharmaceutical, food, chemical, plastics, and new materials industries. The system ensures contamination-free transfer, meets GMP/FDA/ATEX standards, and is ideal for automatic continuous production lines.
The Industrial Vacuum Conveying System is an efficient powder handling solution that uses negative pressure conveying technology to safely and cleanly transfer materials through closed pipelines. Compared with traditional mechanical conveying, it prevents dust pollution, material spillage, and cross-contamination, ensuring a clean and safe working environment.
Its simple modular design makes it easy to install, disassemble, and maintain, while providing strong conveying capacity for a wide range of powders and granules. The system offers higher efficiency, reduced labor intensity, and lower energy consumption, fully meeting GMP/FDA standards.
Additionally, it supports automatic feeding, continuous production, and flexible layout, making it widely applicable in pharmaceuticals, food, chemicals, plastics, and new material industries.
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