Jiangxi Pingxiang Silicon-Carbon Anode Powder Pipeline Sealed Pneumatic Conveying General Contracti

A new materials company specializing in the production of silicon-carbon anode materials faces challenges such as dust leakage, moisture damage, and low conveying efficiency in its powder processing and transportation processes. To improve production line operation stability and improve batch quality, the company introduced a pipeline sealed pneumatic conveying system provided by our company (Head Powder), achieving negative pressure sealed conveying throughout the entire process from feeding to packaging, effectively improving issues such as powder leakage, dust, and cross-contamination in the original process.

Customer pain points

The silicon-carbon anode powder has small particle size and large specific surface area. Traditional open conveying methods lead to the following problems:
· During material transfer, a large amount of dust is generated, workshop environments are poor, increasing cleaning and health risks for workers;
· Powder easily absorbs moisture and clumps, affecting subsequent process consistency and battery performance;
· Low manual handling efficiency and inability to achieve continuous, automated production;
· Existing equipment lacks sufficient sealing, and fine powder leakage leads to raw material waste and safety hazards.

Product advantages

To address these pain points, Head Powder adopts a fully enclosed pipeline pneumatic conveying solution, which offers the following core values:
· The pipeline system is equipped with a high-efficiency negative pressure source and airtight valves, ensuring no dust leakage throughout the transportation process, improving workshop cleanliness;
· The inner wall of the pipeline is specially polished and equipped with dehumidifying and nitrogen protection interfaces to effectively prevent powder moisture absorption and oxidation;
· Paired with a PLC automatic control system, it achieves relatively accurate adjustment of conveying flow, speed, and path, seamlessly connecting with front- and back-end equipment;
· The system can accommodate silicon-carbon anode powders of various particle sizes and bulk densities, and customized designs help achieve high conveying efficiency and low breakage rates.