Value Collection 31977275 Steel Coil 1095 Blue Tempered

Product Description

The VALUE COLLECTION 31977275 is a Grade 1095 blue tempered spring steel coil used in fabrication, maintenance, and repair applications across industrial and trade settings. The coil measures 0.062 inches thick and 1 inch wide, running 35 feet in length. Grade 1095 is a high-carbon spring steel known for its hardness, elasticity, and resistance to deformation under repeated stress. The blue temper treatment indicates the steel has been heat-treated and oxidized to a controlled hardness level, making it suitable for parts that require consistent spring-back and edge retention. Metalworkers, millwrights, and maintenance technicians are the primary users of this material.

This coil is suited for fabricating flat springs, clock springs, retaining straps, scrapers, shimstock replacements, and custom tooling components. The 1-inch width and 35-foot length provide enough material for multiple cuts or formed parts from a single coil. Applications span general manufacturing, HVAC component fabrication, mechanical assembly, and field repair work where a reliable high-carbon spring steel strip is needed. The coil format allows easy dispensing and cutting to length on a workbench or in the field.

Key Features

• Grade 1095 high-carbon spring steel with blue temper heat treatment for consistent hardness and spring characteristics
• 0.062-inch thickness provides firm resistance with controlled flex, suitable for flat spring and strap applications
• 1-inch wide strip format is ready to cut, form, or stamp without additional slitting
• 35-foot coil length yields multiple usable sections from a single unit
• Weighs 7.5 pounds, making it manageable for bench or field use

Compatibility

Designed as a general-purpose high-carbon spring steel coil suitable for custom fabrication, repair, and replacement of flat spring components across industrial and mechanical trade applications.

Installation Notes

Cutting Grade 1095 blue tempered steel requires the use of appropriate metal-cutting tools such as tin snips rated for hard steel, a cold chisel, or an abrasive cutoff wheel. Avoid grinding or cutting in ways that introduce excessive heat, as localized overheating can alter the temper and reduce spring performance in the finished part. Wear cut-resistant gloves and eye protection when handling and cutting the coil. Forming or bending operations should account for the material's spring-back characteristics typical of high-carbon steel.