An Miao HBa- 1+ Barcol Hardness Tester is an indentation type Hardness Tester newly designed according to domestic (CN) and foreign standards. It is characterized by good stability, convenient calibration and high detection accuracy. HBa- 1+ Barcol Hardness Tester is equipped with a balance positioning device, a hardness value digital display device, and a hardness value calibration and adjustment device without disassembly. HBa- 1+ Barcol Hardness Tester is mainly used in the aluminum processing industry to test pure aluminum, soft aluminum alloy, thick aluminum alloy, aluminum rod, aluminum casting, aluminum strip, aluminum profile , aluminum forging and aluminum alloy products ; Can also be used in the glass industry.
The HBa- 1+ Barcol Hardness Tester complies with relevant standards, including ASTM B648-00 "Test method for measuring the hardness of aluminum alloys with Barcol Hardness Testers", ASTM HD2583-07 "Test methods for measuring the indentation hardness of hard plastics with Barcol Hardness Testers" and GB/ T 3854-2005 "Barkel Hardness Test Method for Reinforced Plastics".
●The design is small and light, and it can be operated with one hand. It can be used in any occasion as long as it is within reach and can be used without experience.
● No support required. The Barcol Hardness Tester only tests on one side of the sample, without support, and is suitable for testing oversized workpieces.
● With the function of holding the maximum value, it can record the maximum hardness value during the measurement period.
● With the average value calculation function, it can calculate the average value of 29 sets of data at most.
● Provide Bluetooth data output option.
● Wide test range. It can be tested from very soft pure aluminum to extremely hard aluminum alloy, and the effective test range is equivalent to Brinell hardness 25~150HB.
● It can not only measure Barcol hardness, but also measure Brinell hardness value (HB), Vickers hardness value (HV), Webster hardness value (HW), Rockwell hardness value (HRB/HRE/HRF/HRH) of materials .




