During the processing and production of resin pellets, traditional manual handling or mechanical conveying methods often face issues such as low efficiency, severe dust pollution, easily damaged materials, and pipeline blockages. These issues not only increase operating costs but may also affect product quality and the production environment. To address these industry pain points, Head Powder leverages years of experience in powder and particle conveying to launch a customized pneumatic resin particle conveying system to help customers achieve efficient, clean, and stable material flow.

Material characteristics

Resin particles are usually polymer particles, characterized by uniform particle size, low density, and smooth surfaces. Because they are prone to static electricity, fragile, and sensitive to temperature, high-speed impacts and intense friction must be avoided during conveying, and dust dispersion must be prevented. Different types of resin particles (such as PE, PP, ABS, etc.) also differ in flowability and moisture absorption, so conveying solutions need to be designed according to specific materials.

Product Introduction

The pneumatic conveying system for resin pellets provided by Head Powder uses the principle of positive or negative pressure pneumatic conveying, transporting resin pellets from raw material silos to multiple production stations through sealed pipelines. The system can be customized non-standard according to the customer's site layout, conveying distance, conveying volume, and material characteristics, supporting flexible switching between dense phase and dilute phase conveying methods. The entire set of equipment consists of core components such as fans, feeding devices, conveying pipelines, separators, and control systems, capable of meeting complex process requirements such as high-precision batching and multi-channel switching.

Product advantages

To address customers' pain points in efficiency, environmental protection, quality, and operational stability, Head Powder offers solutions from the following aspects:
1. Low-damage conveying: By optimizing pipeline bending and reducing conveying speed, it effectively lowers the rate of resin particle collision damage and supports finished product quality.
2. Fully Sealed and Environmentally Friendly: The system operates in a fully enclosed manner, combined with a pulse dust removal device to prevent dust leakage and meet environmental emission requirements.
3. Highly accurate control: Equipped with PLC and touchscreen control systems, it can monitor parameters such as material level, flow, and pressure in real time, achieving automated and dust-free operations.
4. Customized services: Based on the customer's material characteristics, conveying distance, and site space, we tailor pipeline paths, feeding methods, and control logic to help ensure continuous system operation.