During the processing and transfer of PET slices, traditional manual or mechanical conveying methods often face issues such as low efficiency, severe dust pollution, and high material damage rates. At the same time, production site space is limited, making it difficult to achieve long-distance, multi-point automated feeding, and labor costs continue to rise, making management challenging. How to achieve clean, efficient, and low-loss material transportation has become an urgent challenge for the industry.

Material characteristics

PET chips are cylindrical or square pellets, usually 2-5mm in diameter, with a density of about 0.8-1.2g/cm³. They have good flowability, are prone to static electricity, and easily absorb dust on their surfaces. The slices are relatively brittle, so during conveying they must avoid severe collisions and high-speed impacts to reduce breakage and powder generation, which helps improve subsequent processing quality.

Product Introduction

Head Powder offers customized pneumatic conveying system solutions tailored to the special properties of PET chips. This solution uses a sealed pipeline conveying method, utilizing positive or negative pressure airflow to smoothly transport PET chips from storage points to multiple usage points, achieving fully automated control throughout the process. The system includes feeders, pipelines, separators, dust removal devices, and intelligent control systems. It can be customized for non-standard design based on user site layout, capacity requirements, and material characteristics, helping ensure a stable, low-noise, and leak-free conveying process.

Product advantages

To address customer pain points and material characteristics, Head Powder's PET slicing pneumatic conveying system offers the following solutions:
1. Fully sealed conveying prevents dust escape, improves the production environment, and meets environmental protection requirements.
2. Uses a low-flow, low-impact conveying process, combined with dedicated elbows and buffering structures, to keep the material crushing rate below 1%.
3. Supports multi-point and long-distance (up to several hundred meters) conveying; the system can automatically adjust according to production rhythm, improving efficiency.
4. Modular design makes installation and maintenance easy, and can be integrated with host computer monitoring to enable remote operation and maintenance, reducing manual dependence.