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Compression
Testing Machines

  • High accuracy
  • Different type of testing
  • Smart software
  • Intelligent price

WAW-2000D electro-hydraulic servo compression testing machine

The computer-controlled electro-hydraulic servo compression testing machine is mainly used for the compression test of metal, non-metal, such as concrete, cement, masonry and other specimens. It is suitable for construction, building materials, highways, bridges, mines and other engineering construction units.


1. Maximum test force: 2000 (kN)
2. Testing machine accuracy level: 1 (level)
3. The maximum distance between the upper and lower pressing plates: 400 (mm)
4. The maximum selection range of the piston: 100 (mm)
5. Loading rate error: ≤±1
6. Upper pressure plate specification: 375*400 (mm)
7. Lower plate specification: 375*400 (mm)
8. Motor power: 1.1 (KW)
9. Device host size: 680*820*1800mm;
10. Oil source control cabinet size: 1260*950*1050mm
11. Net weight: about 1.85T
300kN electro-hydraulic servo compression testing machine
The compression testing machine adopt computer auto control, with constant test speed, constant stress, test force keeping and other control mode. The computer realize test data and test curve display, save, manage function, can print test report. With special fixtures, can test other material compression and flexual testing.

Max compression test force 300kN
Test Accuracy ±0.5%
Error of indication ±0.1%
Test measurement range 1%-100%FS
Control way Computer control auto loading progress
Control Accuracy ±1%
Constant loading speed 0.1KN/S~50KN/S
Test space adjustment method Block adjustment test space
Displacement resolution 0.01mm
Speed 0.1-50mm/min
Max compression space 200mm
Size 1000*560*1410mm
Power supply 220V, 50HZ, 1.5 KW

The Integral casting compression testing machine

Maximum load 2000kN

Accuracy class class1

Testing range 1%~100%FS

Displacement 300000 yards

Overload protection 130% overload protection

Displacement Accuracy within±1%

Loading speed range 100N/s ~50kN/s

Force control accuracy within ±0.5%

Force speed range 1MPa/s ~60MPa/s

Resolution Of Displacement 0.01mm

Displacement control accuracy within0.1%

Deformation speed range 0.1mm~50mm/min

Piston stroke 100mm

vertical test space 320mm

Distance between two columns 400mm

Power 2kW

Dimension 1050mmx450mmx1700mm

weight 2600kg

Laboratory universal testing reinforcement Machine for Steel bar

2000kn Compressive Strength Tester is a microcomputer controlled automatic pressure testing machine, which is suitable for compression test under rated test force. It can test the compressive strength of cement, mortar, concrete, aerated concrete, gypsum, sand and other materials.

Compression testing is a very common testing method that is used to establish the compressive force or crush resistance of a material and the ability of the material to recover after a specified compressive force is applied and even held over a defined period of time. Compression tests are used to determine the material behavior under a load. The maximum stress a material can sustain over a period under a load (constant or progressive) is determined.

Compression testing is often done to a break (rupture) or to a limit. When the test is performed to a break, break detection can be defined depending on the type of material being tested. When the test is performed to a limit, either a load limit or deflection limit is used.

Maximum test force5000 KN (500T)

Test force measurement range 2%-100%

Test force indication accuracy±1%

Piston stroke not less than 300 mm

The maximum moving speed of the piston50 mm/min

Displacement measurement resolution 0.01 mm

Accuracy of displacement measurement indication±1%

Maximum tensile test space 800 mm

Maximum compression space 800 mm

2000kn Concrete Compression Testing Machine

2000kn Concrete Compression Testing Machine is a microcomputer controlled automatic pressure testing machine, which is suitable for compression test under rated test force. It can test the compressive strength of cement, mortar, concrete, aerated concrete, gypsum, sand and other materials.

Maximum test force 2000 KN (1000KN is optional)

Accuracy level of testing machine 1 grade

Maximum distance between upper and lower pressing plate 320 mm

Column distance 380 mm

Maximum range of piston 50 mm

Upper and lower pressing plate size 240mm x 240mm

Motor power 0.75 kw

Net weight 650 kg

2000kN Computer Control Hydraulic Universal Testing Machine

MPT-1000 Laboratory sewer manhole cover compression strength testing machine (also called Manhole Cover Pressure Testing Machine ) is mainly used for manhole cover to participate in deformation and compressive strength test. The testing machine adopts advanced technology such as servo valve with wide speed range and computer digital control, which can automatically and accurately measure and control the whole process of loading and unloading of the testing machine. Various test parameters are controlled, measured, displayed, processed and printed by the computer, with high integration and easy to use.


CJ / T3012-1993 "Cast Iron Inspection Manhole Cover"
CJ / T121-2000 "Recycled Resin Composite Material Inspection Manhole Cover"
JC889-2001 "Steel Fiber Reinforced Concrete Inspection Manhole Cover"

GB / T 23857-2009 "Inspection Manhole Cover"

1. max testing power: 1000KN
2. measuring range: 0-1000KN
3. relative indication error: ±1%
4. size of the bearing plate: 1200mm*1200mm or 1500mm*1500mm
5. piston stroke: 500mm
6. max. distance between upper and lower plates: 1200mm
7. power: 2.2kw

8. measurement: 1450mm*1200mm*1950mm

Hydraulic Servo Shear and Compression Testing Machine

Hydraulic Servo Shear and Compression Testing Machine is used for vibration isolation rubber bearing, plate rubber bearing, basin bearing and spherical bearing for highway, railway, bridge and building, and large deformation test and detection of rubber bearing. It can carry out vertical bearing capacity test, friction coefficient test, rotational moment test, compressive modulus of elasticity test, shear modulus of elasticity test, ultimate compressive strength test, friction coefficient test, axial compression deformation and radial deformation detection, compressive modulus test, shear modulus test, shear bonding performance, shear aging, friction test of rubber bearing Friction coefficient and ultimate compressive strength test.

Maximum vertical test force: 30000kN;

Effective measurement range of test force: 600kn-30000kn;

Force measurement mode: pressure sensor to measure force; test force accuracy: ≤± 1%;

Maximum compression space of testing machine: 1000mm;

Piston stroke: 1000mm;

Piston no-load moving speed: 0-60 mm / min;

Displacement measurement resolution: 0.01mm;

Displacement measurement range: 0-1000 mm;

Displacement measurement accuracy: ± 1% FS;

Deformation measurement resolution: 0.01mm (vertical deformation); 001 mm (radial deformation);

Deformation measurement range: four digital displacement sensors are used to measure the vertical deformation of the sample; Four digital displacement sensors were used to measure the radial deformation;

Deformation measurement range: 0-50 mm (vertical

deformation); 0-20 mm (radial deformation);

Size of upper and lower table: 1700mm × 1700mm;

Maximum size of sample:1500mm × 1500mm;

Surface quenching treatment of upper and lower pressing plates;

One set of test piece transport trolley, track and accessory device;

Dimension: 12000mm × 3000mm × 6800mm.
Angle loading device (2000kN)

Maximum test force: 2000kN;

Effective measurement range of test force: 40kn-1000kn;

Force measurement mode: load sensor to measure force;

Test force accuracy: ≤± 1%;

Piston stroke: 150 mm;

Piston no-load moving speed: 0-50 mm / min;

Displacement measurement resolution: 0.01mm;

Displacement measurement range: 0-150 mm;

Displacement measurement accuracy: ± 1% FS.

The testing machine for bridge rubber bearings

Machine for testing rubber bases on bridges
The Compression Shear testing machine controlled by microcomputer top mounted cylinder and four columns, with high rigidity and strength and small deformation. It can meet the detection requirements of plate type, basin type and spherical bearing of highway and railway bridges. The test space is step less adjustable, which is convenient for the test requirements of different heights. The self-developed special multi-channel closed-loop coordinated loading electro-hydraulic servo control system is adopted. The microcomputer controls and coordinates the multi-stage hydraulic loading, the continuous loading is stable, and the multi-stage test force is maintained. The data are collected and stored automatically, the curve is drawn, and the test report is automatically printed. The computer timely controls the test process, displays the test force and test curve, and the operation is simple and reliable.
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+971 50 519 44 27
info@anytek.ae
UAE
Dubai
Al Muteena BC RES 1072 OFFICE 4C-06
Trade license:22780
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