Value Collection 636-1030 Round Gage Block 0.103 in Grade B

Product Description

The VALUE COLLECTION 636-1030 is a round steel gage block ground to a nominal size of 0.103 inches at Grade B accuracy. Gage blocks are precision reference standards used to calibrate measuring instruments, set comparators, and verify dimensional tolerances in machining and inspection environments. Grade B blocks are suited for general shop-floor use where high-precision laboratory tolerances are not required. This block is manufactured from steel, which provides the durability and dimensional stability expected in production and inspection settings. Machinists, quality control technicians, and toolroom professionals are the primary users of this type of reference standard.

This gage block is appropriate for use in machine shops, tool rooms, and quality inspection stations. It serves as a setting standard for dial indicators, height gages, snap gages, and other comparative measuring instruments. At 0.103 inches, it fills a commonly needed increment in a working block set or can be used as a standalone reference dimension in a fixture setup or inspection routine.

Key Features

• Nominal size of 0.103 inches for precise dimensional reference
• Grade B accuracy suitable for general shop-floor and production inspection use
• Steel construction for durability and long-term dimensional stability
• Round form factor for easy handling and wringing with compatible blocks
• Single-block packaging for individual replacement or supplemental use

Compatibility

Designed as a standard shop-grade reference block compatible with conventional gage block sets and inspection fixtures requiring a 0.103-inch reference dimension.

Installation Notes

Gage blocks should be handled by a qualified metrology or toolroom technician using clean, dry hands or cotton gloves to prevent corrosion from skin contact. Clean and deburr mating surfaces before wringing blocks together, and store the block in its case or protective wrapping when not in use. Do not drop or impact the block, as this can alter its calibrated dimension.