Portable miniaturised Rockwell Hardness Tester
Applying Rockwell principle
Preload 7kgf and full Load 100kgf (981N)
Standard scales : HRC, HB30, N/mm²
It develop a dynamic system, which radically differs from known.
ASTM-E18, ISO6506/6507/6508 & DIN50157
Portable miniaturised Rockwell Hardness Tester
Applying Rockwell principle
Preload 7kgf and full Load 100kgf (981N)
Standard scales : HRC, HB30, N/mm²
It develop a dynamic system, which radically differs from known.
ASTM-E18, ISO6506/6507/6508 & DIN50157
Handy Esatest X operates according to the ERNST patented ESATEST® principle of hardness determination through electrical resistance. The diamond indenter can be compared to a little potentiometer, which, while gradually penetrating into the material, obtains all the data (load-hardness) during the whole phase of load application.
ASTM-18, ISO 6506/6507/6508 & DIN 50158
Handy Esatest X operates according to the ERNST patented ESATEST® principle of hardness determination through electrical resistance. The diamond indenter can be compared to a little potentiometer, which, while gradually penetrating into the material, obtains all the data (load-hardness) during the whole phase of load application.
ASTM-18, ISO 6506/6507/6508 & DIN 50158
Pin Impact hardness tester is designed following the Brinell hardness test method. The test force is controlled by a shear pin. After reading the diameter of the indention with the reading microscope, the Brinell hardness value can be obtained from the look up table.
This kind of hammer impact Brinell hardness tester is capable of testing from small to very large specimens. It is especially suitable for assemblies inconvenient to be taken to the lab and not allowed to be cut. The test can be completed in any direction to test the hardness of upper, lower and lateral part of the specimen.
Standard scales : HB30, N/mm², kg/mm²
Applied force causes penetration of the indenter into
surface with a load determined by a calibrated expendable shear pin.
Resulting accuracy is comparable to the bench hardness tester
Pin Impact hardness tester is designed following the Brinell hardness test method. The test force is controlled by a shear pin. After reading the diameter of the indention with the reading microscope, the Brinell hardness value can be obtained from the look up table.
This kind of hammer impact Brinell hardness tester is capable of testing from small to very large specimens. It is especially suitable for assemblies inconvenient to be taken to the lab and not allowed to be cut. The test can be completed in any direction to test the hardness of upper, lower and lateral part of the specimen.
Standard scales : HB30, N/mm², kg/mm²
Applied force causes penetration of the indenter into
surface with a load determined by a calibrated expendable shear pin.
Resulting accuracy is comparable to the bench hardness tester
Rockwell principle DIN and ASTM E18.
also reading Brinell HB30 standard scales HB10/5
for aluminium and light alloys.
NR3D for small and medium dimension
Low cost and realiable quality.
Rockwell Model or Rockwell Superficial Model avaliable
Rockwell principle DIN and ASTM E18.
also reading Brinell HB30 standard scales HB10/5
for aluminium and light alloys.
NR3D for small and medium dimension
Low cost and realiable quality.
Rockwell Model or Rockwell Superficial Model avaliable
TWIN X is a Rockwell automatic hardness tester with direct read out in Rockwell and Superficial Rockwell scales. Can test large and irregular specimens up to 420 mm height ( 950 mm with special extended column). Overhanging pieces can be clamped without any extra support. The 50mm indenter's stroke permits testing difficult-to-test parts without any adjustment. Most suitable for in-line applications.
TWIN X is a Rockwell automatic hardness tester with direct read out in Rockwell and Superficial Rockwell scales. Can test large and irregular specimens up to 420 mm height ( 950 mm with special extended column). Overhanging pieces can be clamped without any extra support. The 50mm indenter's stroke permits testing difficult-to-test parts without any adjustment. Most suitable for in-line applications.
Omnitest is an automatic universal hardness tester for test methods such as Rockwell, Superficial Rockwell, Brinell and Vickers, conform to standard international norms. The characteristic shape reduces flections up to 3 times compared to other universal hardnesstesters, which leads to increased precision in hardness detremination. Omnitest is particularly suitable for laboratory use and for allthose companies whose fundamental production concern is quality.
Omnitest is an automatic universal hardness tester for test methods such as Rockwell, Superficial Rockwell, Brinell and Vickers, conform to standard international norms. The characteristic shape reduces flections up to 3 times compared to other universal hardnesstesters, which leads to increased precision in hardness detremination. Omnitest is particularly suitable for laboratory use and for allthose companies whose fundamental production concern is quality.