High/Low Temperature Testing Machine

High/Low Temperature Testing Machines for Industrial Materials Labs

Our temperature testing systems combine universal testing frames with integrated thermal chambers. They enable tensile, compression, and flexure testing from sub‑zero to elevated temperatures with uniform control. Built in Dongguan with CNC precision and guided by international methods, the equipment delivers repeatable data for plastics, rubber, packaging, wire and cable, automotive, aerospace, chemicals, and food sectors.

Why Choose These Temperature Testing Systems

Production follows ISO9001 quality management. Engineering experience spans 17–18 years with 20+ utility model patents and dedicated calibration labs. Teams configure solutions to ISO, ASTM, GB/T, and IEC methods and tailor workflows through OEM/ODM services. Lifetime technical support helps reduce ownership costs and sustain accuracy.

Product Portfolio

Universal Testing System with Thermal Chamber

Pair a precision load frame with a controlled thermal chamber to run tensile, compression, bend, peel, and friction tests. Evaluate stress–strain behavior, thermal aging, and low‑temperature brittleness on polymers, composites, metals, and components. Stable servo control and accurate thermal regulation keep data consistent across temperature extremes.

Configurable Options

• Load capacity: 5–100 kN


• Temperature range: −70 to 200°C (optional −70 to 300°C)


• Cooling: mechanical refrigeration or LN2


• Chamber access: removable or sliding designs for easy setup

Temperature Cycling Chamber

Execute programmable thermal cycling with precise ramp and dwell settings. Robust airflow maintains uniformity with fixtures and cabling in place. Typical volumes are 100–1000 L, ranges −70 to 180°C, and uniformity ±0.5–1.0°C. Multi‑step profiles support automotive, aerospace, and electronics durability work.

Thermal Shock Tester (Two/Three‑Zone)

Two‑ or three‑zone designs enable rapid transfers, often under 10 seconds, between hot and cold sections. Use them to assess severe thermal stress on assemblies, coatings, and materials. Select a basket size to fit your specimens and align profiles with IEC thermal shock and MIL standards.

Core Technology

Drive and Load Frame

High‑stiffness, CNC‑machined frames with AC servo drive and precision ball screws apply smooth force and control strain accurately.

Control and Data

PLC/PID temperature control and a touchscreen interface support intuitive programming, interlocks, alarms, and data export via USB or Ethernet.

Temperature Performance

Uniform airflow, calibrated sensors, and adaptive PID tuning reduce overshoot and maintain chamber uniformity for reliable material behavior analysis.

Applications and Standards

Solutions support ISO, ASTM, GB/T, and IEC compliance for polymers, elastomers, cables, fasteners, and composite parts. Common uses include tensile at temperature, creep and relaxation, fatigue under thermal cycling, and component validation for automotive and aerospace environments.

Specifications Snapshot

• Temperature range: −70 to 200°C (optional −70 to 300°C)


• Cycling ramp rate: 1–20°C/min; faster transitions in shock testers


• Load capacity: 5–100 kN; crosshead speed 0.001–1000 mm/min with closed‑loop control


• Chamber volumes: 100–1000 L; uniformity typically ±0.5–1.0°C


• Safety: interlocks, over‑temperature protection, and fault diagnostics; compact footprints and optimized power

Selection Guide

• Match the system to test type: tensile, compression, flexure, cycling, or shock.


• Confirm temperature range, ramp rate, specimen size, and load capacity.


• Check fixture compatibility, extensometry, reporting needs, and service access.


• Validate methods against ISO/ASTM/GB/T/IEC requirements before purchase.

Installation and Lifetime Support

Receive installation, commissioning, calibration, and training from experienced teams familiar with international methods and local requirements. Built in Dongguan and shipped to 50+ countries, systems include lifetime service aimed at accuracy and uptime.

FAQ

Q: How do I choose between a cycling chamber and a thermal shock tester?

A: Use cycling chambers for controlled ramps and dwells. Choose shock testers for rapid transfers between hot and cold zones to simulate severe thermal stress.

Q: Can the chamber be removed for room‑temperature tests?

A: Yes. Removable or sliding chamber designs allow fast changeover while maintaining frame stability.

Q: What standards can these systems support?

A: Configurations can be aligned to ISO, ASTM, GB/T, and IEC methods. We assist with fixture selection and profiles to match your procedures.

Contact High/Low Temperature Testing Machine Manufacturer

Discuss your test methods, specimen geometry, and compliance needs with our engineering team to configure a standards‑driven setup.