Estwing Mfg Co RSC 17 Inch Pro-claw Contractor Bar

Product Description

The ESTWING MFG CO RSC is a 17-inch pro-claw contractor bar designed for demolition and removal work on residential and commercial job sites. Drop-forged from fine tool steel and heat treated with a tempered finish, this bar delivers the durability professional trades demand. The thin blade profile allows it to slip under shingles, siding, and framing with minimal effort. Two nail slots and a rounded head on the nail puller section improve leverage during extraction tasks. The highly polished surfaces and durable black finish resist corrosion and wear under repeated jobsite use.

The RSC contractor bar is suited for roofing tear-offs, siding removal, light framing demolition, and general nail pulling applications. Roofing contractors, carpenters, and general construction trades will find the thin blade particularly useful when working under layered materials where thicker pry bars cannot seat properly. The 17-inch length provides a practical balance of leverage and maneuverability in tight spaces. Package quantity is 2 bars per unit.

Key Features

• Thin blade profile slides under shingles, siding, and framing material
• Drop-forged from fine tool steel for high-impact durability
• Heat treated and tempered for long-term edge and structural integrity
• Rounded head on nail puller section increases pulling leverage
• Two nail slots for versatile fastener extraction
• Highly polished surfaces with durable black finish for corrosion resistance

Compatibility

Designed as a general-purpose contractor pry bar suitable for roofing, siding removal, and light demolition applications across residential and commercial construction.

Installation Notes

This tool is intended for use by roofing contractors, carpenters, and demolition trades familiar with pry bar techniques. Always wear appropriate PPE including eye protection when pulling nails or prying materials. Inspect the bar before each use for cracks or deformation that could cause tool failure under load. Do not use as a striking tool unless the design specifically supports it.