In modern industrial manufacturing, advanced material R&D, and quality control systems, the measurement of mechanical properties is a critical checkpoint determining whether a product can successfully enter the market. Whether it is robust automotive components, everyday rubber and plastic products, high-quality footwear and leather, or safety-critical insulators and terminal connectors, their performance in tension, tearing, peeling, compression, and bending must endure rigorous and precise evaluation. The HY-932-CS Universal Tensile Strength Testing Machine, meticulously engineered by Dongguan Nanxus Information Technology Co., Ltd., is an industry-leading instrument built precisely for this purpose, serving as your most trusted partner in quality and technology.

Multi-Functional Capabilities Across Five Major Industries

Comprehensive functionality and versatile applications. Backed by extensive testing scenarios, it provides authoritative mechanical property evaluations tailored to five critical sectors:

1. Rubber & Plastic Industry

Delivers precise tensile strength, elongation, tear, and compression tests for a vast range of polymers. Specialized applications include standard rubber dumbell specimens, highly elastic silicone components, plastic sheets, ultra-thin plastic films, and rigid plastic pipes. (See scenarios in 测试场景组图2.png)

2. Metal Material Industry

Engineered for high-rigidity tensile, bending, and shear testing. It easily handles thin wires, high-tensile steel strips, structural aluminum alloys, precision hardware parts, and various small metal components to verify structural load limits.

3. Textile & Leather Industry

Evaluates the breaking strength and elongation properties of flexible materials. This covers woven fabrics, high-tension yarns, heavy-duty industrial belts, natural or synthetic leather goods, high-strength webbing, and specialized stitching strength evaluations.

4. Packaging Industry

Ensures transit safety and seal integrity by conducting peel strength and compression tests. It is widely applied to adhesive tape peel angles, flexible packaging films, carton compression barriers, product labels, and seal strength verification.

5. Automotive & Aerospace

Guarantees elite mechanical compliance for safety-critical components. Typical setups test structural auto parts, advanced composite materials, heavy-duty fasteners, vehicle seat belts, high-pressure hoses, and complex aerospace hardware.

A Comprehensive Grip Ecosystem for Unmatched Versatility

To accurately capture force data from various material geometries without causing slippage or jaw breaks, complete modular grip and fixture architecture, meticulously adapted for distinct test matrices:

  • Flat Plate Grips: Specifically engineered for compression, foam, and packaging applications. It features an extra-large gripping surface to ensure uniform force distribution across wide specimens.
  • Pneumatic Tape/Film Grips: Utilizes a gentle, air-operated hold to clamp ultra-thin materials like adhesive tapes and films. It perfectly prevents localized stress concentrations and specimen pre-damage before testing.
  • Side-Action Pneumatic Grips: Features high-force clamping with dual actuators. It provides symmetrical holding pressure, making it ideal for fast, high-volume specimen cycle testing.
  • 3-Point Bending Fixture: Designed for precise flexural testing. Features an adjustable span scale to accommodate structural bars and plates of varying dimensions.
  • Manual Wedge-Action Grips: A robust, high-strength mechanism where the clamping force increases proportionally with the pulling tension. Ideal for high-rigidity metals and plastics.
  • Specimen Centering Fixture: Built for flawless axial alignment during high-precision testing. Features a built-in high-precision measurement gauge to eliminate parasitic bending or off-center errors.

Compliance with International Standards for Global Market Access

In today's globalized trading landscape, conforming to international regulations is the passport for product exports. The HY-932-CS is engineered and manufactured in strict compliance with major global force measurement and testing standards. It fully supports GB, ISO7500/1, JJG475-88, ASTM E4, DIN5122, BIS, JIS B7721/B7733, EN1002-2, BS1610, CNS9471/9470, and BIS INDIA. This broad compatibility ensures that your testing data possesses global authority and international validity.

Premium Hardware Configurations for Unrivaled Precision

Highly accurate test results rely on heavy-duty, premium-tier hardware components. The HY-932-CS incorporates top-of-the-line configurations across its critical drive and measurement cores:

  • Precision Sensing: Equipped with a Class 0.5 high-precision load cell, offering a variety of capacity choices from 2KG, 5KG, 10KG, 20KG, 50KG, 100KG, 200KG, to 500KG. The force accuracy is strictly maintained within ±1%, with an impressive force resolution of 1/200,000. It features 7-speed fully automatic range switching from X1 to X100, capturing even the most minute changes in force dynamically.
  • Stable Transmission: Powered by a high-performance servo motor and a precise servo controller system, combined with an Italian Outes precision hollow cast aluminum reducer and Taiwan double-structure precision ball screws. The transmission connecting plate is forged from high-carbon steel, providing exceptional mechanical strength and ensuring absolutely zero deformation during heavy loading.
  • Superior Wear Resistance: The active bearings utilize Japanese NSK high-carbon ball bearings coupled with a Japanese high-strength synchronous belt drive system. The guide rods consist of two Φ30 Korean Taekyung guide rods treated with high-frequency induction and hard chrome plating, achieving a surface hardness above HRC60. All fixtures are also finished with hard chrome plating, exceeding HRC55, to withstand high-frequency, high-load testing cycles.
  • Robust Protection: A Taiwan-made bellows dust cover is installed to completely seal and protect the ball screw from dust ingress, guaranteeing long-term accuracy and service life. The chassis surface undergoes a premium electrostatic powder coating process using authentic US DuPont powder, cured at a high temperature of 200°C to ensure long-term color retention without fading.

Intelligent Software Empowerment and Seamless Data Interaction

In terms of intelligent operation, the testing machine is equipped with the specialized HY-V material testing software package independently developed under the Windows platform. It supports seamless user interface switching between Simplified Chinese, Traditional Chinese, and English, greatly facilitating operations for international teams. Force, elongation, and displacement can be manually zeroed out with a single button, and the system supports an automatic zero-setting function at the initiation of a test. During testing, critical parameters such as load, elongation, displacement, and the selected real-time curves (supporting Stress-Strain, Force-Displacement, Force-Time, and Strength-Time modes) are dynamically displayed on the main control screen, with peak values automatically held.

Upon test completion, the system demonstrates sophisticated data analysis features: automatic sample failure recognition and function switching, automatic storage of test conditions, results, and gauge length positions, and an automatic crosshead return function to the test starting origin. Users can utilize a mouse to view specific data points directly on the curve or perform localized magnification and analysis. Multiple curves from the same test batch can be superimposed for comparative evaluation. Furthermore, the open report output system allows clients to modify graphics and parameters based on specific requirements, outputting customized, professional inspection reports effortlessly.

For data communication, a 16-bit data transmission protocol and an RS-232 serial interface are utilized. All critical parameters are saved directly on the peripheral hardware, meaning the host computer requires no external plug-in cards or proprietary hardware installations. This makes it incredibly straightforward for users to replace, upgrade, or maintain their computers, significantly lowering long-term system maintenance costs.

Multi-Layered Safety Devices for Absolute Protection

Operational safety is a paramount priority. The HY-932-CS integrates an array of strict safety protection devices: mechanical limit switches strictly govern the upper and lower limits of the crosshead travel; software-based overload limits and breakpoint shutdown protection work in harmony; the system also features comprehensive overcurrent, overvoltage, undervoltage, and leakage overload protections. It comes standard with a Japanese Mitsubishi 30A leakage protection master switch. In case of any unforeseen emergency, the emergency stop switch provides instantaneous braking, ensuring that operators and equipment remain completely safe.

Comprehensive Accessory Ecosystem and Hassle-Free Support

When purchasing this equipment, you receive a package that includes a pair of custom-made specialized fixtures tailored exactly to your company's products. It also comes complete with a full set of Lenovo brand computer hardware, a comprehensive Chinese operating manual, a warranty card, an official calibration report from an international third-party laboratory, and a dedicated maintenance toolset with a toolbox—ensuring an out-of-the-box experience with zero technical worries.

Choosing the Nanxus Technology HY-932-CS means choosing precision, efficiency, and an uncompromised commitment to quality. Let us empower your high-quality products with science and technology, and enrich the future with intelligence!