Value Collection 91766 Brass Flat Washer 0.34 in Id

Product Description

The VALUE COLLECTION 91766 is a standard flat washer machined from brass with a plain, uncoated finish. Flat washers distribute load across a fastened joint, preventing surface damage and reducing the chance of fastener pull-through. This washer features an inside diameter of 0.34 inches and a thickness of 0.062 inches, making it a compact hardware component suited for light-load fastening applications. Its brass construction resists corrosion in environments where steel hardware is prone to rust or galvanic reaction. Plumbers, electricians, HVAC technicians, and general trade professionals keep brass flat washers on hand for a wide range of maintenance and assembly tasks.

This flat washer is appropriate for residential and light commercial applications where a brass fastener component is required. Common uses include pipe flange assemblies, electrical panel work, HVAC equipment mounting, and general mechanical assembly where corrosion resistance or electrical conductivity of the fastener stack matters. The plain finish means no additional coating to interfere with conductive paths or cause sizing inconsistencies at installation.

Key Features

• Brass construction provides natural corrosion resistance and moderate conductivity
• Plain finish with no coating for precise dimensional consistency
• 0.34 inch inside diameter for standard bolt and screw fitment
• 0.062 inch thickness for low-profile load distribution
• Lightweight at approximately 0.01 pounds per unit

Compatibility

Designed as a standard flat washer for general fastening applications requiring a 0.34 inch inside diameter brass washer with plain finish.

Installation Notes

Installation requires no specialized tools beyond a standard wrench or socket set appropriate to the mating fastener. Power down or de-energize any equipment before servicing fastener assemblies in electrical or HVAC panels. Do not overtighten fasteners against the washer, as brass is softer than steel and can deform under excessive torque. Follow applicable NEC or mechanical code requirements for the specific assembly being serviced.