Bridge Type Brinell Hardness Tester IQUALITROL HBM-3000B
for Large Heavy Specimens

Technical Specifications:

Main Features:

1, The test force loading mechanism designed by applying Pascal's law, stable and impact-free, effectively meeting the requirements of the Brinell hardness test method;

2, The test force loading mechanism, pressure sensor and Brinell spindle pressure head are directly connected to form the Brinell hardness test head technology-bistable direct-drive hardness tester loading unit;

3, Adopting ARM high-speed processor, fully automatic closed-loop pressure sensor control system, electronic control of test force loading and unloading, high force value accuracy;

4, The machine base, mobile workbench and crossbeam follow the IQUALITROL traditional process technology, one-time casting, stable, reliable and durable;

5, Strong structure, good rigidity, reliable, durable and high test efficiency;

Gantry frame, large mobile workbench, equipped with linear guide rails, front and rear moving range of 1000mm, maximum allowable height of test piece 950mm; spindle lateral moving range of 620mm; especially suitable for measuring the Brinell hardness of large workpieces;

6, Integrated touch screen industrial computer, visual operation interface, set various test conditions on the computer;

The test force is applied-maintained-removed automatically; the test process is automated, the operation is simple, and there is no human error;

7, HBM-3000B uses a reading microscope to measure the hardness value. There is no CCD measurement part at the indenter position in the picture;

Scope of application:

1, Determine the Brinell hardness of ferrous metals, non-ferrous metals and other materials;

2, Determine the Brinell hardness of bearing alloy materials such as lead-based alloys, babbitt alloys, tin-bismuth alloys;

3, Determine the Brinell hardness of certain non-metallic materials such as hard plastics and bakelite;

4, Determine the Brinell hardness of parts produced by casting, forging, rolling and other processes.