The Digital Frame-Type Compression Testing Machine is widely used in building engineering quality testing units, research institutes, commercial concrete mixing plants, and third-party testing laboratories. It is currently an ideal replacement for traditional pressure testing equipment.

Digital Frame-Type Compression Testing Machine for Concrete

Model:TDYE-1000KD

I. Product Application

This machine is mainly used for testing the compressive strength of high-strength concrete, cement, bricks, tiles, refractory materials, and other building materials.

The equipment conforms to GB/T50081-2002 "Standard for Test Methods of Mechanical Properties of Ordinary Concrete" and can refer to or be applied to international standards: ASTM C39/C39M, EN 12390-3, and BS EN 12390-3.

II. Structural Features

The equipment adopts an integral cast steel frame structure, which is highly rigid and stable, effectively ensuring loading accuracy and long-term reliability during the test.

Key features include:

High-strength integral cast steel frame with strong resistance to deformation

Hydraulic oil supply system for manual control of the loading process

Digital display system for clear and intuitive test data

Automatic recording and storage of test data

Networkable with the central laboratory management system for data sharing and remote management

Simple operation, convenient maintenance, and high stability

III. Functional Advantages

High-precision pressure sensing and control system ensures stable and reliable test results

Full-range, non-divided force measurement system (10%–90% FS)

Smooth testing process with good loading continuity

Supports extended applications for testing various building materials

Optional microcomputer control system for automatic loading and curve analysis

Expandable with various accessories such as flexural clamps and compression clamps

IV. Technical Parameters

Maximum Test Force: 1000 kN

Pressure Machine Accuracy Class: Class 1

Relative Error of Test Force Indication: Within ±1%

Test Force Measurement Range: 10%～90% FS (No range division throughout)

Main unit structure: Integral cast steel frame

Distance between columns: 310 mm

Distance between upper and lower pressure plates: 320 mm

Pressure plate dimensions: Upper Φ250 mm / Lower 220×250 mm

Piston stroke: 30 mm

Loading rate: 0.02%～2% FS/s

Piston control method: One-way hydraulic cylinder

Total power: 6 kW

Machine weight: 750 kg

Dimensions (L×W×H): 1220 × 760 × 1600 mm