Standards:

Applications:

A high-temperature object is brought into direct contact with the glove to simulate the temperature rise inside the glove over a specified period, thereby objectively measuring parameters related to the glove’s thermal insulation performance.

Product Information:

Standards

(1)BS EN 702:1995 (R2007)

Protective gloves — Protection against heat and fire — Method of test: Determination of contact heat resistance

(2) ISO 12127-1:2007

Clothing for protection against heat and flame — Determination of contact heat transmission through protective clothing or constituent materials — Part 1: Contact heat produced by heating cylinder

(3)GB 38453-2019

Protective gloves — Test method for contact heat resistance

Features

Large touchscreen display with a user-friendly interface for easy operation.

Real-time test time display during operation, allowing convenient adjustment of test duration.

Panel made of special aluminum material with metal buttons, offering high sensitivity and durability.

Core control system powered by a 32-bit multifunctional mainboard from STMicroelectronics.

High-quality servo motor and controller ensure precise speed control.

Bilingual interface (Chinese & English), convenient for international users.

Surface finished with high-quality electrostatic powder coating for durability.

Equipped with a precision leveling device.

Desktop design with stable operation and low noise.

16-bit high-precision temperature acquisition AD chip.

Real-time curve display via connected computer.

Automatic generation of test reports.

Heating cylinder release: specimen is pressed under free gravity.

Heating cylinder return: automatic reset.

Thermal insulation protective plate: automatic movement.

Thermal insulation protective plate: automatic reset.

Equipped with imported Omega sensors and transmitters.

Parameters

Scope of supply