Stainless Steel Reinforced-Edge Flash Scrap Handling Horizontal Conveyor

Description

Engineered specifically for the efficient conveyance of industrial scrap, this scrap-handling conveyor features a POM chain plate as its core component. Leveraging POM’s exceptional properties—including high wear resistance, a low friction coefficient, and excellent impact resistance—the conveyor is capable of withstanding heavy loads and enduring frequent operation in harsh industrial settings, all while avoiding deformation or premature wear.

The unique design of the chain plate ensures stable material transport, effectively preventing scrap spillage and reducing the need for frequent maintenance. It runs with smooth operation, minimizing operational noise, and its corrosion-resistant nature extends the equipment’s overall service life—qualities that make it ideal for continuous, high-intensity workflow scenarios. This conveyor achieves an optimal balance between durability and efficiency, delivering consistent, reliable performance to streamline industrial scrap-handling processes.

Machine Advantage

• Chain board: Adopts high-quality imported POM material, which boasts excellent wear resistance and toughness, ensuring long-term stable operation without deformation, thus greatly extending the service life of the chain board.
• Servo-driven cache mode: Equipped with advanced servo drive and PLC control system, it realizes precise and stable bottle-pushing action. The speed can be flexibly adjusted according to actual production needs, effectively adapting to different production rhythms.
• Low-noise & efficient drive: The drive part features high wear-resistant components, ensuring smooth power transmission with minimal energy loss. The chain wheel has good flexibility in turning, reducing friction and noise, achieving efficient and quiet operation.
• Metal detection function: It can be equipped with a built-in sensitive metal detection device, which can quickly identify metal fragments from the blow molding machine and immediately trigger a stop signal to prevent these fragments from entering the crusher and causing damage, thus protecting the equipment.