Fowler 53-762-102-0 Shore D Durometer Hardness Tester

Product Description

The FOWLER 53-762-102-0 is a portable dial-type durometer designed to measure Shore D hardness on rigid and semi-rigid materials. It reads across a full 0 to 100 Shore D scale with 1 Shore graduation, giving technicians a clear, repeatable reading without the need for electronic readouts or calibration software. The instrument uses a sharp-point indenter with a 30-degree tip angle, the standard geometry for Shore D testing. It ships complete with a fitted carrying case, operating instructions, and a test block so it is ready for immediate field or bench use.

Shore D durometers are used in manufacturing, quality control, and materials inspection wherever hard rubbers, rigid plastics, hard elastomers, or similar materials require hardness verification. Typical applications include verifying incoming material lots, checking finished parts against specification, and field inspection on industrial, HVAC, plumbing, and electrical component housings. The portable dial format makes it well-suited for shop floors, receiving docks, and job sites where a benchtop instrument is not practical.

Key Features

• Shore D scale covering full 0 to 100 Shore range with 1 Shore graduation
• Sharp-point indenter at 30-degree tip angle for Shore D measurement geometry
• Analog dial display - no batteries or electronics required
• Portable form factor suited for field and bench use
• Includes fitted carrying case, operating instructions, and test block

Compatibility

Designed for hardness testing of hard rubbers, rigid plastics, and hard elastomers following the Shore D measurement standard. Consult the included operating instructions for material-type suitability guidance.

Installation Notes

Shore D durometers are operated by quality control technicians, inspectors, and trade professionals - no special licensing is required, but proper technique is essential for accurate readings. The instrument must be held perpendicular to the test surface and applied with steady, consistent pressure at a controlled rate per ASTM D2240 or applicable standard. Always verify the instrument against the included test block before taking measurements to confirm calibration. Keep the indenter tip clean and inspect it regularly for wear or damage that could affect accuracy.