Mitee-bite 10584 Hex Clamp Washer 13/16 in Brass

Product Description

The MITEE-BITE 10584 is a brass hex clamp washer designed for use in clamping and fastening applications where a hexagonal washer profile is required. Measuring 13/16 inches with an overall height of 3/16 inches, this washer provides a reliable seating surface that resists rotation during tightening. The brass construction offers natural corrosion resistance, making it suitable for environments where steel hardware may be prone to oxidation. Machinists, pipefitters, and general maintenance technicians commonly use hex clamp washers as part of precision clamping setups, fixturing assemblies, and secure fastening systems.

This hex clamp washer is suited for light industrial, mechanical, and trade applications where a compact brass washer with a hex profile is specified. Typical uses include machine tooling fixtures, workholding setups, and assemblies requiring a non-ferrous seating component. The small form factor and single-piece packaging make it practical for bench stock, maintenance kits, or direct integration into assemblies.

Key Features

• Hex washer profile prevents rotation and provides positive seating during clamping
• Brass construction offers corrosion resistance and compatibility with non-ferrous assemblies
• Compact dimensions at 13/16 inches diameter and 3/16 inches overall height
• Lightweight at 0.03 pounds for use in weight-sensitive applications
• Sold individually for precise inventory and single-unit replacement needs

Compatibility

Designed as an OEM-style replacement or direct-fit hex clamp washer for mechanical clamping and fixturing assemblies requiring a 13/16-inch brass hex washer.

Installation Notes

Installation is typically performed by machinists, millwrights, or maintenance technicians as part of a clamping or fastening assembly. Ensure the mating surface is clean and free of debris before seating the washer. Do not exceed the torque rating of the fastener assembly, and verify material compatibility when pairing with dissimilar metals to avoid galvanic corrosion.