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Tribometer Pin-on-Disc
"PLINT TE/HT" |
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Micro-Hardness Tester
"HMV2000" |
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Hardness Tester Frankshop "FRANK 38180" |
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Analytical
Balance "GR-200-EC" |
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Profilometer "Hommeltester
T1000" |
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Tribometer Pin-on-Disc "PLINT TE/HT" |
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Description: |
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A
pin-on-disc Tribometer PLINT TE/HT connected to a computer was
used to evaluate the friction coefficient and linear wear of
the materials tested against steel.
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Test
methodology consists in pressing the disc on a rotating plate
with a central bolt. The pin is fixed to the load arm with a
chuck. The pin stays on the disc with two freedom degrees: a
vertical one, which allows its direct contact with the surface
of the disc, and a horizontal one, which causes contact
friction, activating the load cell with a strain which is a
function of the friction torque. The motor has tachogenerator
feedback to ensure stable running speeds. The sliding speed is
achieved adjusting the radius of the test track. The pin carrier
slides along a groove and a scale rule is used to set the radius to
the middle of the pin |
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Micro-Hardness Tester "HMV2000" |
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Description: |
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The
micro hardness tester is an appliance indispensable for
researches of the metal structrure, quality of control of
products, researches and development of new materials. It is a prime requisite for testing the hardness of minute
components and the metal structure of precision instruments or
the hardness of the worked or plated surface layer that a
definite micro spot can be measured, the measured spot leaves
practically no scratch and the measured value is highly
reliable.
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Automation
of loading, holding of loads, unloading and selection of the
test load eliminates the individual error during loading.
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This
tester uses the identation hardness test method. This test
penetrates a permanent deformation on the test piece surface
using an indenter of diamond or other rigid body
and determines the hardness of the test piece based on the
load used to generate the deformation and the dimensions of
the generated deformation. Commoly used methods
as Vickers hardness, Rockwell hardness, Brinell hardness are
included.
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Hardness Tester Frankshop "FRANK 38180" |
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Description: |
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The
FRANKSHOP 38180 hardness tester serves for determining the
hardness of metallic materials using the Brinell system
according to DIN 50351, ISO/R 79 ISO R/ 184, using the Vickers
system according to DIN 50133, ISO /R 81 ISO /R 192, using the
Rockwell systems C , A, B and F according to DIN 50103 and ISO/R
80, using the Rockwell systems A...H, K...M, P...S and V
according to ASTM E 18, and for determining the hardness of
polymer materials using the Rockwell systems E, K..M. |
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The
tester consists of a rigid housing stand with advance
mechanism, the loading device, the optical measuring device
and mount for the specimen. The testing force is generated by
releasing the weights manually. The impact speed can be
adjusted with an oil brake with regulating mechanism.
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Finally,
the spherical and pyramid shaped impressions can be measured
using the projector with ground glass plate.
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Analytical Balance "GR-200-EC" |
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Capacity:
210 g |
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Min. piece weight at counting:
0,1 mg |
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Reproducibility:
0,1 mg |
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Linearity:
0,2 mg |
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Stabilisation time:
3.5 s |
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Weight :
6 Kg |
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Internal adjusting weight |
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Software WIN-CT |
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Profilometer "Hommeltester
T1000" |
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Description: |
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The
Hommel Tester T 1000 represents a modern, easy to
handle, portable. Measurement preparation and measuring runs
are carried out with 4 electronic membrane switches.
Calibration on a regular basis is no longer needed as the
central micro-processor retains a fixed value against which
measured profiles are evaluated. All parameters and measured
values are displayed on a large, 8 digit LCD display. |
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A
number of standard surface roughness parameters (Ra, Rz, Rt,
Rmax, tpi, tpa, etc) are available for determining the
magnitude of surface flaws and characterizing the surface
profile.Dependent upon type of parameter meadured, these are
calculated from the unfiltered, measured profile, the
filtered roughness profile or the filtered waviness profile. |
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The
benefit of measuring surface topography is to detect surface
flaws which are generated by the manufacturing process. This
allows specific steps to be taken to hold the surface finish
within tolerances permitting the correct function of the
part. It should
be remembered though, that the task of surface measurement
is not to create as smooth a surface as possible. A highly
finished surface is far more expensive to manufacture and
may also function less well than a rougher surface.. |
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