Tester With Far-infrared Heater

• Far-Infrared Heater Tester is an economical option for conducting precise tension and compression tests while simultaneously heating samples to a desired temperature.
• This equipment is adaptable to non-contact thermometers, which guarantees accurate measurements.
• Additionally, it incorporates safety features such as warnings against prolonged heating and limited exposure to the heated tester.
• The advanced far-infrared heating technology delivers speedy and uniform sample heating, making it ideal for a wide range of force tests that require specific temperature conditions.
• Its user-friendly design simplifies operation, and the robust construction guarantees steadfast performance in various laboratory and industrial settings over time.

Tension Testing

The Tester with Far-Infrared Heater employs tension testing in a controlled temperature environment to evaluate material strength. This device facilitates research on thermal deformation, temperature-dependent material properties, and enables analysis of adhesive bond strength, composites, and polymers. Tension testing is a technique used to evaluate the properties of materials by stretching them to determine their tensile strength and elongation. This method enables accurate measurement of the material’s capacity to withstand pulling forces.

Compression Testing

The Tester with Far-Infrared Heater is a device that utilizes compression testing to evaluate the stability, resilience, and properties of materials under controlled temperatures. Compression testing is a method that involves compressing materials to gauge their compressive strength and stability under pressure. This test aims to evaluate a material’s capacity to withstand forces of pushing or squeezing. The inclusion of the far-infrared heater in the device ensures accurate temperature control, which enhances the comprehensive assessment of material responses to compressive forces.

The “Tester with Far-Infrared Heater” combines two tests, thereby augmenting their effectiveness by providing regulated temperature conditions. This feature permits a thorough evaluation of material responses to both tension and compression under particular thermal settings.