Steel Block & Draw Bench Chain

Steel Block & Draw Bench Chains from ABS are designed to deliver high performance in both slow-speed, drag-type conveyors and demanding draw bench applications. These chains feature robust construction with large bearing surfaces and high tensile strength, making them ideal for intermittent service in industries like steel mills. Their simple yet durable design ensures reliable operation in heavy-duty environments, while various attachment options allow for flexible use in transporting large objects directly on the chain or via auxiliary tracks.

For draw bench applications, ABS chains are made from high-grade alloy steels and undergo precision machining and heat treatment to meet the rigorous demands of metal drawing operations. The press-fitted pins prevent pin rotation, ensuring extended durability and consistent performance under severe load conditions.

Feautures

• Large bearing surfaces: Provide enhanced load distribution, reducing wear and extending the service life of the chain.
• High tensile strength: Suitable for slow-speed, heavy-load applications such as drag-type conveyors in steel mills and other industrial environments.
• Alloy steel construction: Ensures maximum strength and durability in draw bench applications where continuous heavy loads are common.
• Heat-treated components: Designed to withstand extreme stress and wear, providing long-lasting performance.
• Customizable attachments: Flexible configurations allow for the transport of large objects either directly on the chain or with spur-type attachments along auxiliary tracks.

Industrial Applications:

• Steel Mills: Ideal for sheet stackers, coil conveyors, cooling beds, and other heavy-duty material handling systems.
• Metalworking: Specifically designed for draw bench operations, where high-strength pulling and tensioning are required.
• Mining: Suitable for drag-type conveyor systems that move large, heavy materials in intermittent operations.
• Automotive Industry: Used in the forming and processing of metal components, where precise pulling and heavy loads are critical.