High-Temperature Testing Systems by ZwickRoell

Brand: Zwick Roell
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High-Temperature Testing Systems by ZwickRoell

Brand: Zwick Roell

Product Code: TEMPTESTER

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Specifications: (see all)

Measured / controlled parameters

Tensile, compression and flexure force; elongation; bending angle; strain rate; specimen temperature

Type of studied process

Mechanical testing at high temperatures (tensile, compression, flexure, creep, fatigue)

Research method / operating principle

Heating specimen in a high-temperature furnace and applying static or quasi-static load with deformation measurement

Measurement / experiment range

Load: 5 … 250 kN Temperature: –80 °C … +1,600 °C (up to +2,000 °C with vacuum chamber)

Measurement / analysis accuracy

High sensitivity and reproducibility with sample mass up to 5 g.

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The high-temperature testing systems from ZwickRoell are designed for comprehensive evaluation of material properties under extreme temperature conditions. They enable precise tensile, compression, bending, creep, and fatigue tests in the range from room temperature up to 2000 °C.

Advanced furnaces, protective chambers, and deformation measurement systems ensure highly reproducible results with minimal external influence. With integrated safety features and full automation via testXpert III software, these systems can be combined with climate or vacuum chambers for more complex test setups.

Applications include:

Metallurgy and alloy development
Energy and turbine testing
Aerospace and aviation industries
Research and development laboratories

Thanks to high precision, wide configuration options, and compliance with international standards, ZwickRoell high-temperature systems are the optimal choice for long-term material testing under extreme operating conditions.

Tags: Mechanical and physical-chemical tests

Laboratory stands Physical

Measured / controlled parameters

Tensile, compression and flexure force; elongation; bending angle; strain rate; specimen temperature

Type of studied process

Mechanical testing at high temperatures (tensile, compression, flexure, creep, fatigue)

Research method / operating principle

Heating specimen in a high-temperature furnace and applying static or quasi-static load with deformation measurement

Measurement / experiment range

Load: 5 … 250 kN Temperature: –80 °C … +1,600 °C (up to +2,000 °C with vacuum chamber)

Measurement / analysis accuracy

High sensitivity and reproducibility with sample mass up to 5 g.

Measured physical quantities

Compliant with international standards ISO 6892-2, EN 2002-002, ASTM E21

Type of sensors / detectors / indicators

Force, stress, elongation, bending angle, strain rate, specimen temperature

Response time / measurement time

High-temperature load cells, thermocouples, contact and non-contact extensometers, optical cameras

Manual or automatic control option

High response speed; real-time data acquisition

Number of channels / measurement points

Manual and fully automatic control via testXpert III software

Design and features

Multiple channels: force, strain, temperature, bending angle

Housing / working parts material

Metal frame, high-temperature furnace with thermal shielding, corrosion-resistant materials

Power supply availability or mains connection

Yes, mains power supply 230/400 V, 50/60 Hz

Type of interfaces and outputs

USB, Ethernet, PC connectivity via testControl II and testXpert III

Software / PC compatibility

testXpert III software, Windows 10/64-bit support, integration with videoXtens

Memory / data storage

Yes, via testXpert III software, with report generation

Dimensions

Floor-standing systems: up to 2 m height (adjustable); table-top versions – compact

Weight

Depends on configuration (several hundred kilograms)

Country of origin

Germany

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