Mechanical Testing Equipment

Microelectromechanical Hydraulic Servo Static Load Anchorage Testing Machine, 6500 kN

6500-type and 10,000-type static load anchorage testing machines; prestressed steel strand testing machine

Microelectromechanical Hydraulic Servo Static Load Anchorage Testing Machine, 10,000 kN

6500-type and 10,000-type static load anchorage testing machines; prestressed steel strand testing machine

WSC-300 Microcomputer-Controlled Steel Strand Stress Relaxation Testing Machine, 300 kN

Microcomputer-Controlled Strand Relaxation Testing Machine; Tensile Stress Relaxation Tester

WSC-500 Microcomputer-Controlled Steel Strand Stress Relaxation Testing Machine, 500 kN

Microcomputer-controlled steel strand relaxation testing machine; tensile stress relaxation tester

Microelectromechanical Hydraulic Servo Anchor Plate Static Load Compression Testing Machine

Microelectromechanical Hydraulic Servo Anchor Plate Static Load Compression Testing Machine, 5000 kN

Concrete Static Compressive Elastic Modulus Testing Machine

The specialized apparatus for determining the static compressive elastic modulus of concrete employs a servo motor and electro-hydraulic servo control technology to achieve closed-loop control and automated measurement of this modulus. The testing machine is equipped with a micro‑displacement measurement fixture and a high‑precision displacement sensor; all deformation data and test results are automatically acquired and computed by the measurement and control system.

Rail static bending testing machine

Railway rail strength and stiffness testing, railway rail bending test, electro-hydraulic servo static bending testing machine for rails

Digital Display Rebar Reverse and Forward Bending Testing Machine 300B

Reinforcement steel reverse and forward bending testing machine, metal reverse and forward bending machine

Digital Display Rebar Reverse and Forward Bending Testing Machine 400B

Reinforcement steel reverse and forward bending testing machine, metal reverse and forward bending machine

Microcomputer-Controlled Electro-Hydraulic Servo Compression–Shear Testing Machine (Static and Dynamic)

It is primarily used to evaluate the mechanical and damping properties of various types of plate rubber bearings, pot bearings, seismic isolation rubber bearings, and spherical bearings employed in buildings, highways, railways, and bridges. Under complex loading conditions involving compression and shear, this testing machine can perform axial compression and shear tests—both static and dynamic—as well as measurements of rotational angle and friction coefficient.

Microcomputer-controlled electro-hydraulic servo compression–shear testing machine, 5000, 10000, 20000

Spherical Bearing Ultimate Compressive Elastic Modulus Testing Machine; Compressive Testing of Rubber Bearings for Highway Bridges

FF-10 Prestressed Steel Repeated Bending Testing Machine

Electric Thin Steel Strip Prestressed Steel Wire Metal Wire Repeated Bending Testing Machine

WDW Microcomputer-Controlled Geotextile Comprehensive Strength Testing Machine

It is primarily used for testing and analytical research on the mechanical properties—such as tensile, compressive, and flexural behavior—of various geosynthetic materials as well as metallic and non-metallic materials.

MTSE-200 Type Plastic Inspection Manhole Mechanical Comprehensive Testing Machine

Plastic Manhole Axial Load Testing Machine

WDW-50 Microcomputer-Controlled Servo Ring Stiffness Testing Machine

The microcomputer-controlled ring stiffness testing machine is independently designed and manufactured by our company, drawing on advanced international testing‑machine technologies. It is widely used across industries such as construction materials, aerospace, mechanical manufacturing, wire and cable, rubber and plastics, textiles, and home appliances to conduct testing and analysis of mechanical performance parameters for a variety of metallic, nonmetallic, and composite materials. It is an ideal testing instrument for research institutes, universities, industrial and mining enterprises, technical supervision agencies, and quality‑inspection departments.

CMT-3010 High- and Low-Temperature Universal Tensile Testing Machine

Rubber-metal material tensile and compressive testing machine for high- and low-temperature environments; high- and low-temperature tensile testing machine.

CMTLB-1 Microcomputer-Controlled Electro-Hydraulic Servo Manhole Cover Pressure Testing Machine

Manhole Cover Pressure Testing Machine: Load-Carrying Capacity and Deformation Tests of Steel-Fiber-Reinforced Concrete Covers

FL-5000 Reaction Frame (Digital Display)

The FL-5000 reaction frame features a robust, upright four-column structure, with high-strength support plates mounted at both the upper and lower ends of the main frame, significantly enhancing its overall stiffness.

GZS-500 Microcomputer-Controlled Static Load Testing Machine for Railway Sleepers

The sleeper static load testing machine is designed for conducting static load crack‑resistance tests on concrete sleepers, including Type I, Type II, Type III, switch sleepers, bridge sleepers, and broad‑gauge sleepers. This equipment features hydraulic loading, microcomputer control, and the capability to display force values, deformation, and displacement, as well as to generate various types of curves.

JG-1000S Microcomputer-Controlled Electro-Hydraulic Servo Manhole Cover Pressure Testing Machine

Microcomputer-Controlled Electro-Hydraulic Servo Manhole Cover Pressure Testing Machine Gutter Manhole Cover Pressure Testing Machine: Load-Carrying Capacity and Deformation Tests for Steel-Fiber-Reinforced Concrete Cover Plates

LBT010S Bridge Expansion Joint Rubber Seal Strip Clamping Performance Testing Apparatus

This testing apparatus was developed in accordance with Appendix E of “JT/T 327-2016 General Technical Specifications for Expansion Joint Devices of Highway Bridges,” which outlines the test method for the clamping performance of rubber sealing strips. It is primarily used to evaluate the clamping performance of modular expansion joint devices in the bridge expansion‑joint field, as well as to measure the clamping force between rubber and steel profiles in rubber‑to‑steel sealing systems for bridge expansion joints. The product is widely employed by domestic quality‑inspection agencies, research institutes, and laboratories of highway and waterway inspection organizations.

LBT-60A Steel Pipe Bending Testing Machine

The LBT-60A “Welded (Low‑Pressure Fluid) Steel Pipe Bending Testing Machine” is a specialized device for conducting planar bending tests on metallic steel pipes. This equipment is a new‑generation product developed in accordance with GB/T 244‑2020 and ISO 8491:1998, “Metallic Materials — Pipe — Method of Bend Test.”

LBT328-1 Bridge Expansion Joint Assembly Tolerance and Waterproofing Performance Test Apparatus

This testing apparatus was developed in accordance with the test requirements of JT/327-2016, “General Technical Specifications for Expansion Joints of Highway Bridges,” and other relevant standards. It is primarily used for evaluating assembly tolerances, waterproofing performance, and deformation characteristics in the field of bridge expansion joints. The device can perform compression and tension tests on bridge expansion joints, simulating their actual stress conditions on highway bridges. It is suitable for conducting tests and assessments of assembly tolerances, waterproofing performance, and deformation behavior for modular single‑joint and double‑joint specimens.

LBT328 Bridge Rubber Seal Strip Compression Performance Testing Apparatus

This testing apparatus was specifically developed in accordance with the test requirements of JT/327-2016, “General Technical Specifications for Expansion Joints of Highway Bridges,” and other relevant standards. It is primarily used to evaluate assembly tolerances, waterproofing performance, and deformation characteristics in the field of bridge expansion joints. The device can perform compression and tension tests on bridge expansion joints, simulating their actual stress conditions on highway bridges. It is suitable for conducting tests and assessments of assembly tolerances, waterproofing performance, and deformation behavior for modular single‑joint and double‑joint specimens.

LBT1269A Anti-Glare Panel Impact Resistance Test Apparatus

The anti-glare panel impact‑resistance testing apparatus is primarily used to simulate the impact conditions that anti-glare panels may encounter in actual service, thereby evaluating their impact‑resistance performance.

LBT1269 Anti-Glare Panel Impact Resistance Test Apparatus

The anti-glare panel impact‑resistance testing apparatus complies with the requirements of the national standard GB/T 24718‑2009, “Anti-Glare Panels.” This device is specifically designed and manufactured for use by manufacturers, quality‑supervision agencies, construction firms, and project‑supervision entities to assess the impact resistance of anti‑glare panels.

LBT-3000 Flexible Rail Self-Locking Device Static Performance Testing Machine

Self-locking device static load testing machine, rope grabber static tensile strength testing machine

LBT-5010 Microcomputer-Controlled High- and Low-Temperature Electronic Universal Testing Machine

When equipped with a high- and low-temperature environmental chamber, the electronic universal testing machine is primarily used to evaluate the mechanical properties—such as tensile, compressive, bending, peel, tear, and shear—of various materials, including aluminum alloy profiles, wires and cables, and metal wires, under elevated or reduced temperature conditions.

LBT-BC2400 Multifunctional Plate Flexural Testing Machine

The plate flexural testing machine is used to determine the flexural strength of gypsum boards, partition wall panels, and masonry bricks. By replacing the support rollers and pressure rollers, it can also test ceramic tiles, cement corrugated sheets, flat panels, insulation boards, and other non‑metallic thin plates for flexural strength. The instrument features a 7‑inch touchscreen for intuitive operation and supports both constant‑displacement and constant‑force loading modes. It offers automatic calculation of test results, as well as functions for data storage, retrieval, and printing.

LBTBP-1 Microcomputer-Controlled Tensile Strength Tester for Slope Flexible Protection Mesh

The slope flexible protective net system puncture‑resistance testing machine is used for evaluating the tensile strength of active and passive protective nets and flexible grid nets on highway slopes. It measures the local soil‑rock mass displacement capacity of slope‑protective nets, assesses their ability to prevent and delay slope collapses, evaluates their capacity to intercept falling rocks, windblown sand, and flying debris, and verifies their resistance to destructive forces such as turbulent flows, snow avalanches, bank erosion, and falling objects from waterfalls. The puncture‑resistance test for slope‑protective net panels is conducted in accordance with the specific test requirements of the JT/T 1328 standard.