Product Introduction
HBP-3000hydraulic pressureBrinell hardness testerUsing hydraulic principles and relying on manual operation to apply test force. This is a portable hardness tester that uses a test force of 3000kg and a 10mm ball standard Brinell hardness test condition. The experimental conditions and testing accuracy comply with the Chinese standard GB/T231.2. This instrument can be used to test castings, forgings, steel in supply status, non-ferrous metals, and semi-finished steel workpieces that have undergone heat treatment
●On site testing: Can be used in the workshop, easy to operate, convenient to carry, and can accurately test large and medium-sized workpieces on site
●Repeatable inspection: The permanent Brinell hardness indentation left after testing can be retested at any time
●True and accurate: The true principle of Brinell hardness testing is the same as that of desktop Brinell hardness testers, with testing conditions and accuracy far higher than commonly used onesleeb hardness testerAnd hammer hardness tester
●Wide testing range: Multiple testing forces can be used, and multiple ball indenters can be selected to test common materials such as steel, cast iron, aluminum, copper, etc
Technical Parameter
model |
HBP-3000 |
Experimental force |
3000kg |
Execution standards |
GB/T231.2 |
Pressure head |
10mm hard alloy steel ball |
Range |
0-330mm |
Distance from the center of the pressure head to the body |
100mm |
External dimensions(Length, Width, Height) |
270*200*556mm |
machine net weight |
About 13.8kg |
Standard configuration Optional Accessories
host |
Brinell hardness block (high and low values) |
Power lever |
10mm hard alloy steel ball |
Brinell hardness block |
5mm hard alloy steel ball |
V-shaped test bench |
Rechargeable angle grinder |
Flat test bench |
Repair spare parts (oil, capsules, O-rings, etc.) |
Point type test bench |
Repair tools |
20x light source reading microscope |
BIM type Brinell hardness automatic measuring instrument |
10mm spare hard alloy steel ball |
|
20x light source reading microscopeBIM Brinell indentation automatic measurement