High Temperature Tensile Testing Machine

The High Temperature Tensile Testing Machine combines a tensile load frame with a controlled heating furnace for measuring strength and deformation above room temperature. It is used in aerospace-material research, automotive and power-generation laboratories, heat-resistant alloy development, metal qualification, and academic testing for specimens that must be evaluated under elevated-temperature conditions.

Mechanical Testing at Temperatures up to 1200°C

The furnace heats and stabilizes the specimen at a selected temperature up to 1200°C before tensile loading. Alloys and heat-resistant metals can be evaluated under the thermal condition in which strength loss, ductility change, or accelerated deformation actually occurs, rather than being inferred from room-temperature results.

Synchronized Soaking, Loading, and Temperature Recording

The programmed sequence coordinates the furnace, thermocouples, load channel, and crosshead. When a method requires a defined soak period before loading, the temperature history and force-displacement response remain linked within the same test record for direct comparison between thermal stages.

Test Space Reserved for the Heated Load Train

A 50 kN load range and 300 mm stroke provide working clearance for high-temperature pull rods, furnace openings, thermal fixtures, and specimen extension. The loading path can remain centered through heating and tensile deformation without consuming all available travel in the hot-zone hardware.

The furnace range, heating zones, heating rate, soak time, thermocouple arrangement, atmosphere ports, and high-temperature pull rods can be configured for the specimen and test method. Grip materials and fixture geometry can be selected around the operating temperature and specimen form.

Strain measurement, control steps, temperature channels, result fields, and report layout can be prepared for the required procedure. Method configuration can be aligned with ASTM E21, ISO 6892-2, GB standards, or a defined research program, including temperature-stage records and separate result groups.