Gester Instruments | Professional Textile Testing Equipment Manufacturers Since 1997
Heat Contact Machine GT-C101-The Ultimate Selection Guide
Heat Contact Machine GT-C101-The Ultimate Selection Guide
In numerous industrial production scenarios, laboratory environments, and special work positions, the safety risks caused by heat contact have always been important factors affecting work efficiency and personnel health. Especially in fields such as smelting, casting, glass manufacturing, welding, and metal processing, the performance of protective gloves, protective clothing, and other heat-resistant materials is directly related to the safety of workers. Therefore, to accurately test the heat resistance performance of these protective equipment under high-temperature contact conditions, it is necessary to use the Heat Contact Machine GT-C101.
I. Application
In high-temperature working environments, protective gloves, protective clothing, and various thermal insulation materials need to withstand extreme situations such as sudden burning or instant contact with hot objects.
The Heat Contact Machine GT-C101 is specially used to evaluate the “heat transfer delay performance” and “thermal protection capability” of materials under high-temperature contact conditions. It simulates real working scenarios, allowing manufacturers to clearly understand the safety limits of their products under different temperature conditions. For quality control laboratories and research institutions, this equipment can also provide precise and repeatable test data, offering reliable support for the development of new protective materials.
II. Applicable Standards
The most critical basis for evaluating whether a testing device is professional lies in its conformity to standards. The Protective gloves testing machine GT-C101 fully meets the following authoritative international standards:
EN 407: Heat and flame resistance testing standard for hand protection
EN 702: Contact heat transmission protection specification for protective clothing
ISO 12127-1: Test method for determining the contact heat performance of protective gloves
III. Working Principle and Overview of Test Process
The operating mechanism of the Contact Heat Transmission Tester GT-C101 is based on the principle of heat conduction. The equipment records the time difference of heat transferred from the heat source to the back side of the tested material through brief contact between the high-temperature heating body and the test material, thereby determining the heat-resistant performance of the material.
IV. Features of Heat Contact Machine GT-C101
1. High-Temperature Capability: Withstands heating body temperatures up to 500°C with precise temperature control.
2. Advanced Calorimetry: Specialized calorimeter ensures testing accuracy meets performance requirements.
3. Digital Monitoring: Real-time display of heater temperature, calorimeter temperature, and critical timing parameters.
4. Adjustable Contact Speed: Customizable testing conditions through controlled contact motion.
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