Pneumatic conveying solution for boron nitride
During the processing and application of boron nitride powder, enterprises often face harsh workshop environments and severe material losses caused by dust dispersion, as well as pipeline blockages, equipment wear, and low conveying efficiency caused by powder agglomeration and poor flowability. Traditional mechanical conveying methods not only have high maintenance costs but also struggle to achieve long-distance, multi-point automated feeding, seriously affecting production continuity and product purity.
Material characteristics
Boron nitride has characteristics such as high hardness, high temperature resistance, chemical inertness, and low friction coefficient, but its powder particle size is fine and true density is moderate, making it highly prone to agglomeration due to static electricity or moisture absorption, and it is highly abrasive to transportation pipelines. These characteristics place high demands on the sealing, wear resistance, anti-agglomeration capability, and control accuracy of the conveying system.
Product Introduction
Leveraging years of experience in pneumatic conveying, Head Powder has launched a customized boron nitride pneumatic conveying system. This system integrates positive pressure dense phase, negative pressure dilute phase, and combined conveying technologies, and is designed non-standard based on customers' actual working conditions (material characteristics, conveying distance, capacity requirements), achieving fully automated operations from raw material storage, sealed conveying, to fixed-point feeding. Core components such as rotary feeders, wear-resistant elbows, and self-cleaning filters are all optimized for boron nitride characteristics, helping the system operate normally.
Product advantages
To address customer pain points, Head Powder offers the following solutions: using a fully enclosed pipeline system to prevent dust leakage at the source, improving the workshop environment and reducing material waste; Uses highly wear-resistant lining materials and streamlined elbow structures to significantly extend pipeline lifespan and reduce downtime and maintenance caused by wear; Equipped with intelligent arch breaking and fluidization devices to improve boron nitride agglomeration and blockage issues; Integrating PLC and IoT modules enables remote monitoring, relatively accurate measurement, and fault warning, making the production process more efficient and controllable. The overall system consumes little energy and occupies a small footprint, allowing flexible adaptation to the renovation of new or old factory buildings.