The Electro-Hydraulic Universal Materials Testing Machine is designed for tensile, compression, and bending tests on a wide range of materials such as metals, construction materials, and composites. It features stable load application, accurate force measurement, and reliable data output, making it ideal for quality control, research laboratories, and industrial material testing applications.

Electro-Hydraulic Universal Materials Testing Machine

Model:TDWE-100B

I. Product Introduction

This series of testing machines is mainly used for tensile, compression, and bending tests of metal materials, and is equipped with a cold bending attachment for technological testing of metallic materials. Therefore, the machine meets the testing requirements of research institutions, infrastructure units, metallurgy, mechanical manufacturing industries, and various educational laboratories.

The testing machine adopts a lower-position hydraulic cylinder structure with hydraulic loading, sensor-based force measurement, and digital force display. The loading speed can be manually adjusted. It is easy to operate, stable in performance, safe, and reliable. This series consists of a main unit and a force measuring unit as two independent parts, and the control system adopts an instrument-based display system.

Standards applied or complied with: GB/T228, GB/T2611, GB/T16826, ISO 6892-1, ISO 7500-1, ASTM A370, ASTM E4.

II. Technical Parameters

Maximum Test Force: 100

Accuracy Class of Testing Machine: Class 1

Maximum Distance Between Tensile Grips (including piston stroke): 500 mm

Effective Distance Between Columns: 270 mm

Flat Specimen Clamping Thickness: 0–15 mm

Maximum Width of Flat Specimen Clamping: 58 mm

Round Specimen Clamping Diameter: Φ0–Φ22 mm

Maximum Distance Between Upper and Lower Compression Plates: 430 mm

Compression Plate Diameter: Φ100 mm

Distance Between Two Supports During Bending Test: 30–300 mm

Maximum Width of Support Rollers for Bending Test: 140 mm

Maximum Height for Bending Test: 90 mm

Piston Diameter × Stroke: Φ80 × 150 mm

Worktable Lifting Speed: 0–170 mm/min

Crosshead Lifting Speed: 240 mm/min

Oil Pump Motor Power: 1.1 kW

Crosshead Lifting Motor Power: 0.55 kW

Gripping Method: Hydraulic / Manual

Main Unit Dimensions (excluding stroke): 650 × 620 × 1750 mm

Auxiliary Unit Dimensions: 500 × 700 × 1500 mm

Main Unit Packing Dimensions: 900 × 710 × 2030 mm

Auxiliary Unit Packing Dimensions: 1050 × 870 × 1700 mm

Packing Weight (Main Unit / Force Measuring Unit with Accessories): 900 / 400 kg

IV. Equipment Features

Employs a hydraulic loading system for stable and reliable output;

Digital force display for intuitive and accurate measurement;

Adjustable loading speed to meet different testing needs;

High structural rigidity for long-term stability;

Equipped with various clamps to adapt to different samples;

Comprehensive safety protection design for reliable operation.

V. Equipment Advantages

High stability of the hydraulic system;

Wide range of applicable materials (metals, building materials, etc.);

Mature structure and low failure rate;

High cost-effectiveness, suitable for laboratory and industrial testing;

Wide range of applications (metallurgy, construction, scientific research, universities)