During the processing and transportation of silver powder, many enterprises face issues such as dust pollution, high material loss, and low conveying efficiency. Traditional manual handling or open conveying methods not only struggle to control dust dispersion but also easily cause silver powder oxidation and caking, affecting the stability of subsequent processes. At the same time, silver powder is highly valuable, and any material waste directly increases production costs. How to achieve safe, sealed, and low-loss conveying has become a key focus for the industry.

Material Characteristic Analysis

Silver powder is a high-value, easily oxidized metal powder, with particle sizes typically ranging from microns to nanometers, relatively high density, average flowability, and high surface activity. During transportation, silver powder is prone to static electricity generated by friction and may clump or adhere to pipe walls. Therefore, the conveying system needs to have good sealing, anti-static design, and moderate airflow control to avoid changes in material properties and safety risks.

Introduction to the Head Pneumatic Powder and Silver Powder Conveying System

Head Powder has launched a customized pneumatic conveying system solution tailored to the special properties of silver powder. This system uses dense phase or dilute phase positive pressure conveying technology, combined with anti-static piping, inert gas protection, and a relatively accurate feeding device, helping to efficiently and smoothly transfer silver powder in a sealed state. The system can be flexibly designed according to customers' actual process requirements (such as conveying distance, conveying volume, workshop layout, etc.), and integrates automatic control and monitoring modules to enable remote operation and fault warning.

Core product solution advantages

To address customer pain points, the Head powder silver powder pneumatic conveying system provides the following key values:

• Fully sealed conveying: Prevents dust leakage, reduces the risk of silver powder oxidation, and supports the workshop environment and operator health.
• Low-loss design: Optimized airflow velocity and material-gas ratio, effectively reducing material breakage and residue, with high silver powder utilization.
• Anti-static and safety protection: Pipeline grounding points are reasonably arranged and filled with inert gases to eliminate static accumulation and explosion hazards.
• Customized matching: Feeders, pipeline elbows, and separation devices are customized according to customer site conditions to meet different particle sizes and conveying requirements.