Standards:

Applications:

(1)Testing safety shoes with rubber soles used in foundries, kitchens, or metalworking plants.

(2)Evaluating casual leather shoes for thermal insulation in hot climates.

(3)Assessing sports shoes with EVA or PU midsoles for heat resistance during outdoor activities.

(4)Testing rubber boots and waterproof footwear for high-temperature work or hot surface exposure.

(5)Quality control of children’s shoes and school shoes for compliance with heat resistance standards.

(6)R&D of high-temperature resistant sole materials, such as heat-resistant thermoplastics or composites.

(7)Evaluation of industrial and military boots for thermal protection under extreme conditions.

Product Information:

The Shoe Sole Heat Resistance Tester is designed to evaluate the thermal insulation and heat resistance performance of finished footwear soles. By simulating exposure to high-temperature surfaces using sand or steel balls as a heat medium, the tester provides objective measurements of temperature rise at the insole, ensuring the footwear meets safety requirements for hot environments.

Standards

(1)EN ISO 20344 — Personal Protective Equipment — Footwear — Test Methods

(2)EN ISO 8782-1 — Footwear — Evaluation of Heat Resistance

(3)GB/T 20991-2007 — Footwear Test Methods

(4)ANSI — American National Standards for Footwear Safety

(5)JIS — Japanese Industrial Standards for Footwear

(6)CSA — Canadian Standards Association Footwear Standards

(7)GB 12017-1989 — Safety Footwear Heat Resistance Test

(8)LD50-1994 — Footwear Heat Resistance Evaluation

Product Features

(1)Simulates real-world high-temperature exposure using a heated sand or steel ball medium.

(2)Measures actual insole temperature rise, providing objective evaluation of thermal insulation.

(3)Controlled heating system maintains precise test temperatures at 150℃ or 250℃.

(4)Supports finished shoes and various sole materials, including rubber, EVA, PU, and leather.

(5)Robust construction suitable for repeated high-temperature testing in laboratory or production environments.

Technical Parameters

Accessories

(1)Sand bath box

(2)Steel balls (5 mm, 4 kg total)

(3)Copper/copper-nickel thermocouple with copper disc

(4)Fixture for placing finished shoes

(5)Instruction manual

Test Procedures

(1)Preheat the sand bath to the specified test temperature (150℃ or 250℃).

(2)Fill the sand bath to a minimum height of 5 cm or place steel balls as the heat medium.

(3)Position the finished shoe on the fixture ensuring contact between the sole and sand/balls.

(4)Start the test and record the insole temperature over 30 minutes.

(5)Analyze the maximum temperature rise to evaluate the sole’s heat resistance.

Maintenance Information

(1)Clean the sand or steel balls and bath after each test to remove debris.

(2)Check the thermocouple and copper disc for wear and ensure accurate readings.

(3)Inspect the heating system and control panel periodically.

(4)Store the machine in a dry environment to prevent corrosion.

(5)Verify sand particle size and volume before each test to maintain consistency.