UCI Portable Hardness Tester
The Phase II PHT series of portable hardness testers offers a model that include a dynamic probe for easy, quick hardness testing of parts with a mass greater than 5kg
A hardness testing method based on the measurement of the frequency shift of a resonating rod caused by the essentially elastic nature of the finite area of contact between the indenter and the test piece during the penetration. Described as a hardness testing practice using a calibrated instrument by pressing a resonating rod with a Vickers style Diamond indentor with a fixed force against the surface of the part to be tested.
Shear Pin Brinell
The accuracy and the consistency of the STE hardness tester is due to the original principle of the loading system.
The applied force causes penetration of the indenter into the surface with a load determinated by the calibrated pin, which breaks at 1580 kp.
The value of Brinell hardness is obtained by reading the diameter of indentation on readout charts which assure proper correlation between load applied and impression diameter, and are provided with each bag of pins.
The Telebrineller System
The Telebrineller system is a major achievement in quality assurance. Developed for use by it's own welding crews in the field, Teleweld has based this system on proven metallurgical knowledge supported by more than fifty years of field experience.
Halteman Filletester
The Halteman Filletester is designed for the Brinell Hardness testing of fillet welds and other hard to reach areas.
PHT-1800 Portable Hardness Tester
State of the art, digital portable hardness tester is designed to test the hardness of large hard metal parts. Loaded with useful functions only found on high priced models the PHT-1800 portable hardness tester is clearly setting a new industry standard by being the most accurate, economically priced portable hardness tester on the market today. Fast test speeds coupled with memory and output, this unit is a hand’s down winner whether you are out in the field or in the QC shop.