Mechanical Testing EquipmentUnivesal Testing Machine
Integrated Environmental Chamber High & Low Temperature Universal Tensile Testing Machine
Our High & Low Temperature Universal Tensile Testing Machine integrates a high-precision UTM with a programmable temperature chamber.It is professionally used for tensile, compression, bending, shear, peel and tear tests of metal, plastic, rubber, wire and composite materials.The equipment supports customizable temperature range to simulate various high and low temperature working environments.With Class 0.5 accuracy grade, it provides stable, accurate and repeatable mechanical performance test data.It is equipped with intelligent testing software for real-time curve display, data analysis and one-click report export.Widely applicable to automotive, electronics, new energy, rubber and plastics, metallurgy and laboratory R&D industries.
High & Low Temperature Universal Tensile Testing Machine
For Material Testing Under Controlled Thermal Conditions
1. Overview
Top Test high & low temperature universal tensile testing machine (UTM) combines high-precision electronic mechanical testing with a programmable environmental chamber, enabling you to perform standard-compliant tensile, compression, bending, shear, peel, and tear tests on metals, plastics, rubber, composites, wires, and more—all under precisely controlled high/low temperature conditions. Designed for quality control, materials research, and product validation across industries, this system delivers reliable, repeatable mechanical property data (including tensile strength, yield strength, elongation, and modulus) even when simulating extreme working environments.
2. Key Features
- All-in-One Thermal & Mechanical Testing: Integrated temperature chamber eliminates the need for separate equipment, supporting tests from ambient up to 200°C (customizable).
- High Precision Performance: Class 0.5 accuracy grade with ±0.5% precision for force and displacement measurements, ensuring compliance with ISO/ASTM/GB standards.
- Versatile Load & Speed Range: 5–10 ton capacity (optional) with test speeds from 0.01–300 mm/min, adaptable to diverse material requirements.
- Customizable Configuration: Tailored fixtures, temperature ranges, and test profiles for rubber, cables, steel, automotive components, and other materials.
- Stable Thermal Control: PID automatic temperature calculation with ±0.5°C fluctuation and ±2°C uniformity, maintaining consistent conditions throughout testing.
- Intuitive Software & Data Management: Real-time monitoring of force, displacement, and temperature; force-displacement/stress-strain curve visualization; and one-click data export for fast report generation.
3. Technical Specifications
Universal Tensile Testing Machine
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Force Measurement Accuracy | |
Displacement Measurement Accuracy | |
| 1/200,000 of full load, non-graded, constant full-range resolution |
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| Servo motor + high-precision ball screw |
| Fast/slow dual-speed automatic control with jog function |
| Customizable per customer’s product requirements |
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High & Low Temperature Chamber
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| Customizable: Room temperature up to 100°C / 200°C |
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Internal Chamber Size (L×W×H) | 22 × 35 × 40 cm (customizable) |
| SUS304 mirror stainless steel plate |
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| LED display, 0–9999 hours 99 minutes |
4. Applications
- Rubber & Plastics: Tensile strength, elongation, and compression tests for seals, hoses, polymer profiles, and films under thermal stress.
- Metallurgy & Steel: Tensile, bending, and shear tests on steel bars, plates, and alloy materials at elevated temperatures.
- Electronics & Electrical: Validation of cables, wires, connectors, and PCB materials under high/low temperature conditions.
- Automotive & Aerospace: Performance testing of thermal-resistant components, composites, and structural parts in simulated operating environments.
- Quality Control & R&D: Standard-compliant testing for ISO, ASTM, GB, and other international material testing standards.
5. Why Choose Our High & Low Temperature Tensile Testing Machine?
Unlike standard universal testing machines that only perform room-temperature tests, our integrated system lets you evaluate how materials behave under real-world thermal conditions—without sacrificing precision or efficiency. With customizable configurations, reliable performance, and user-friendly software, it’s the ideal solution for labs and manufacturers needing accurate, temperature-dependent mechanical property data.
