Products

WES-B Series Microcomputer-Controlled Electro-Hydraulic Servo Universal Material Testing Machine

The WES‑B series micro‑electrohydraulic servo‑controlled universal material testing machine employs a hydraulic power source, electrohydraulic servo control technology, and computer‑based data acquisition and processing.

WEW-B Series Microcomputer-Controlled Electro-Hydraulic Universal Material Testing Machine

The WEW‑B series microcomputer‑display electrohydraulic universal material testing machine is driven by a hydraulic power source and utilizes a measurement and control system for the acquisition and processing of test data.

SYE Series Electro-Hydraulic Pressure Testing Machines: SYE-2000B / SYE-3000B / SYE-2000BD / SYE-3000BD

SYE-2000BS Electro-Hydraulic Universal Testing Machine, 2000 kN, with integrated manual loading and oil‑supply unit.

SYE Series Electro-Hydraulic Pressure Testing Machines: SYE-2000A / SYE-2000D / SYE-3000D

Electric-hydraulic pressure testing machine, 2000 kN, with an integrated manual loading unit and oil source.

SYE Series Electro-Hydraulic Pressure Testing Machines: SYE-300 / SYE-1000 / SYE-2000BS

Electric-hydraulic pressure testing machine, 300 kN, with an integrated manual loading unit and oil source.

HYE Series Micro‑Electro‑Hydraulic Servo Pressure Testing Machine 2000/3000/2000BS

Microelectromechanical Hydraulic Servo Electric Pressure Regulation Testing Machine

HYE Series Micro‑Electro‑Hydraulic Servo Pressure Testing Machine HYE‑300F/HYE‑600F/1000F

Microelectromechanical Hydraulic Servo Electric Pressure Regulation Testing Machine

HYE Series Micro‑Electro‑Hydraulic Servo Pressure Testing Machine (Bending and Compression Combined) HYE‑300 B, HYE‑300B‑D, HYE‑300F‑D

Microelectromechanical Hydraulic Servo Cement Flexural and Compressive Strength Integrated Testing Machine

YAW Series Micro‑Electro‑Mechanical Hydraulic Servo Pressure Testing Machine 2000–3000–5000 AW

2000–3000–5000 AW Series Microcomputer-Controlled Servo Hydraulic Universal Testing Machine

YAW Series Micro‑Electromechanical Hydraulic Servo Pressure Testing Machine, 2000–2000D Series

2000–2000D Series Microcomputer-Servomotor-Controlled Universal Testing Machine

HYE Series Micro‑Electro‑Mechanical Hydraulic Servo Pressure Testing Machines HYE‑2000BD and HYE‑3000BD

2000–2000D Series Microcomputer-Servomotor-Controlled Universal Testing Machine

DYE-300D Microcomputer-Controlled Electro-Hydraulic Servo Flexural and Compressive Testing Machine (Class 0.5)

This testing machine is used to determine the flexural and compressive strengths of construction materials such as cement, mortar, bricks, and concrete.

1 Pa Negative-Pressure Vacuum Dental Test Chamber

Product Introduction: The 1 Pa Negative‑Pressure Vacuum Dental Test Chamber provides a dust‑free, vortex‑free, and gentle testing environment under vacuum conditions. Both storage and testing are conducted in an oxygen‑free or inert‑gas‑filled atmosphere, minimizing the risk of oxidation to the test samples. Technical Specifications: Product Name: 1 Pa Negative‑Pressure Vacuum Chamber Model: FY‑36‑1 Effective Volume: 36 L Working Chamber Dimensions: 400 × 300 × 300 mm (W × D × H) Design Vacuum Pressure Limit: 1 Pa Material: High‑quality SUS304 brushed stainless steel Observation Window: Φ150 mm, with flanged sealing and vacuum interface KF25; 7 units Chamber Structure: Vertical design with an independent negative‑pressure chamber Door Seal Material: Integrally molded Japanese‑imported fluororubber sealing ring, ensuring ultra‑high vacuum within the chamber.

BW-3 Type Insulation Material Test Curing Box

The insulation material test curing chamber is designed for use by research and quality‑inspection agencies, highway engineering firms, construction contractors, and insulation product manufacturers to provide standardized curing of insulation specimens. This product features an advanced intelligent temperature‑and‑humidity control system that precisely regulates heating, cooling, and humidification. It automatically switches between operating modes to maintain dynamic equilibrium of temperature and humidity within the chamber, and can be equipped with an automatic timer‑controlled printer, thereby enhancing the accuracy of prescribed standard curing conditions and improving the level of automated control, reducing energy consumption, and ensuring optimal conditioning of specimens and a standardized testing environment.

BWJ-III Type Automatic Cement Curing Water Tank

The coating curing chamber is suitable for standard curing of insulation specimens in research and quality‑inspection departments, highway engineering units, construction firms, and insulation product manufacturers. It complies with the requirements of the national standard “Code for Acceptance of Construction Quality of Building Energy‑Saving Projects” GB 50411.

DW-80 Vertical Low-Temperature Test Chamber (80 L)

This equipment is suitable for low‑temperature rapid freezing tests of a wide range of products, including chemical, physical, pharmaceutical, instrumentation, electrical, and marine biological items. It is used for the cryopreservation of vaccines and serums, microbial research and cultivation, pharmaceutical testing and storage, as well as low‑temperature evaluation of construction materials. The instrument comprises a high‑quality compressor, condenser, filter, capillary tube, thermostatic evaporator bath, digital display meter, and a digital temperature control system. It features fast cooling, quiet operation, reliable performance, and ease of use.

DWC Low-Temperature Impact Test Tank

A compressor‑based refrigeration system newly developed in accordance with the requirements for low‑temperature equipment specified in GB/T 229‑07, “Metallic Materials — Charpy Pendulum Impact Test Method.” This equipment employs cascade refrigeration technology and utilizes thermal equilibrium principles together with a stirring‑circulation system to achieve automatic, uniform cooling of test specimens. It can also be used for other low‑temperature testing and experimental applications.

DZF-2.5m³ Programmable Automatic Door Vacuum Drying Oven

Camera‑equipped drying oven, vacuum drying industrial oven, and condition‑monitoring vacuum test chamber.

DYE-300S Microcomputer-Controlled Electro-Hydraulic Servo Flexural and Compressive Testing Machine (All-in-One, Class 0.5)

This testing machine is used to determine the flexural and compressive strengths of construction materials such as cement, mortar, bricks, and concrete.

DYE-300S Microcomputer-Controlled Electro-Hydraulic Servo Flexural and Compressive Testing Machine (All-in-One Large Display)

This testing machine is used to determine the flexural and compressive strengths of construction materials such as cement, mortar, bricks, and concrete.

DYE-300S Microcomputer-Controlled Electro-Hydraulic Servo Pressure Testing Machine (Class 0.5)

This testing machine is used to determine the flexural and compressive strengths of construction materials such as cement, mortar, bricks, and concrete.

DYE-300 Electro-Hydraulic Digital Display Pressure Testing Machine

The electro-hydraulic pressure testing machine is driven by a hydraulic power source and utilizes intelligent measurement and control instruments for the acquisition and processing of test data.

DYE-600S Micro‑electromechanical Hydraulic Servo Flexural and Compressive Testing Machine (Class 0.5, 60 t compressive capacity, 20 t flexural capacity)

This testing machine is used to determine the flexural and compressive strengths of construction materials such as cement, mortar, bricks, and concrete.

DYE-600S Microcomputer-Controlled Electro-Hydraulic Servo Pressure Testing Machine

This testing machine employs a hydraulic power source, electro-hydraulic servo control technology, and computer-based data acquisition and processing, enabling high-precision material testing with closed-loop control and automated testing capabilities.

DYE-1000S Microcomputer-Controlled Electro-Hydraulic Servo Pressure Testing Machine

This testing machine employs a hydraulic power source, electro-hydraulic servo control technology, and computer-based data acquisition and processing, enabling high-precision material testing with closed-loop control and automated measurement. It consists of four main components: the testing frame, the oil supply unit (hydraulic power source), the measurement and control system, and the test fixtures. Its maximum test force is 600 kN, and its accuracy class exceeds Grade 1.

DYE-2000KF Microcomputer-Controlled Electro-Hydraulic Servo Pressure Testing Machine

The micro‑electromechanical hydraulic servo pressure testing machine is a materials testing instrument developed and manufactured in accordance with standards such as GB/T 17671 “Methods for Testing the Strength of Cement Mortar (ISO Method),” GB/T 16826 “Electro‑hydraulic Servo Universal Testing Machine,” and GB/T 50081 “Standard Methods for Testing the Physical and Mechanical Properties of Concrete.”

DYE-2000K Microelectromechanical Hydraulic Servo Pressure Testing Machine (Class 0.5 Spoke-Type Load Cell)

This compression testing machine is primarily used to determine the compressive strength and other mechanical properties of concrete, high-strength concrete, cement components, and other materials. It employs a high-precision spoke-type load cell and an electro-hydraulic digital servo valve for load application, offering both automatic and manual loading modes. Equipped with microcomputer‑based automatic control, it executes the entire test procedure according to a specified stress rate and pre‑set loading curves, and features real-time display of loading rate, test duration, and test curves.

DYE-2000S Microcomputer-Controlled Electro-Hydraulic Servo Pressure Testing Machine (Electric Lead Screw)

This testing machine is used to determine the compressive strength of building materials such as bricks, stones, and concrete.

DYE-2000S Microcomputer-Controlled Electro-Hydraulic Servo Pressure Testing Machine (Manual Screw Jack)

This machine features electric‑hydraulic loading, load measurement via transducer, computer operation, and automatic calculation of compressive strength. It complies with the “Standard for Test Methods of Mechanical Properties of Ordinary Concrete,” offering automatic loading rate control and program‑controlled loading modes, thereby ensuring more accurate measurement results. It also incorporates functions such as adjustable loading speed, peak‑hold capability, and overload protection. It is an essential testing and inspection instrument for construction firms, building‑material manufacturers, and engineering organizations involved in highway and bridge projects.

DYE-2000 Electro-Hydraulic Digital Display Pressure Testing Machine (Electric Screw Jack)

This machine employs hydraulic loading and sensor‑based force measurement, with intelligent control instruments for data acquisition and processing. It complies with the “Standard Methods for Testing Mechanical Properties of Ordinary Concrete,” features automatic loading rate control and programmable loading modes, delivering more accurate measurement results, and includes functions such as adjustable loading speed, peak‑hold capability, and overload protection. It is an essential testing and inspection device for construction firms, building‑material manufacturers, and engineering organizations involved in highway and bridge projects.