Value Collection 31975907 Steel Coil 1095 Blue Tempered

Product Description

The VALUE COLLECTION 31975907 is a blue tempered 1095 spring steel coil used in fabrication, tooling, and maintenance applications where consistent thickness and high carbon content are required. The coil measures 0.012 inches thick and 6 inches wide, with a total length of 23 feet. Grade 1095 blue tempered spring steel is a high-carbon material known for its hardness, resilience, and ability to hold tension under repeated flexing. This coil is handled by machinists, fabricators, and maintenance technicians who need a reliable flat stock for cutting, forming, or shimming tasks.

This steel coil is suited for industrial and commercial shop environments. It is commonly used to produce flat springs, clock springs, shims, saw blades, and band stock. The blue temper finish indicates the steel has been heat treated and oxidized to a stable condition, making it ready for fabrication without additional annealing in most standard applications. The full 23-foot length provides enough stock to yield multiple pieces from a single coil.

Key Features

• Grade 1095 high-carbon spring steel for consistent hardness and flex recovery
• Blue tempered finish provides a stable, work-ready surface condition
• 0.012 inch thickness suitable for fine spring and shim applications
• 6 inch width allows cutting of wide flat stock or multiple narrower strips
• 23-foot coil length maximizes yield per unit
• Weighs 4.7 pounds for manageable handling and storage

Compatibility

Designed as a general-purpose flat spring steel coil for fabrication, maintenance, and tooling applications requiring Grade 1095 blue tempered material at 0.012 inch thickness.

Installation Notes

Cutting and forming of high-carbon spring steel should be performed by qualified machinists or fabricators using appropriate metal-cutting tools rated for hardened stock. Eye protection and cut-resistant gloves are required when uncoiling or shearing this material, as spring steel under tension can release stored energy rapidly. Deburr all cut edges before use in assemblies. Consult applicable shop safety standards before beginning fabrication.