
- The shoe thermal insulation tester is specifically designed to evaluate the insulation properties of various types of shoes and boots against cold temperatures.
- The footwear specimen is first filled with steel balls, followed by attaching a temperature probe to its insole. After placing the specimen in the cold chamber for a specified time, the insole temperature is measured for insulation performance evaluation.
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Standards
- ISO 20344:2021 5.16
PRINCIPLE
The shoe thermal insulation tester is ideal for determining the insulation performance of shoes and boots against cold temperatures. The footwear specimen is first filled with steel balls, followed by attaching a temperature probe to its insole. After placing the specimen in the cold chamber for a specified time, the insole temperature is measured for insulation performance evaluation.
Wide applicability:
Well-suited for various types of footwear, such as athletic shoes and boots, to meet diverse testing requirements.
Authentic simulation:
Minimizes the enclosure of air inside the shoe using steel balls to replicate real-world conditions for accurate results.
Insole temperature monitor:
Measures the temperature on the insole using a connected temperature probe, providing quantitative data on footwear thermal insulation.
Enclosed space:
With its enclosed test space and controlled low temperature, this equipment precisely simulates cold environments.
Precise temperature control:
Integrated with a high-precision low temperature control system, the GT-7006-DH precisely creates and maintains low temperature environment to evaluate the footwear's reliability.
Product research and development:
Provides valuable insights into the insulation properties of footwear to enhance product design and competitiveness.
Quality assurance:
Assists manufacturers in verifying whether the produced footwear provides sufficient thermal insulation against cold temperatures.
Standard conformity:
Ensures that products meet industry standards and satisfy quality expectations in the market.
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Low-temp simulation
Simulates how finished shoes behave at low temperatures, replicating real-world conditions that occur during cold weather exposure.
High-precision
Designed with a high-precision temperature probe and an enclosed chamber, this equipment ensures consistent temperature regulation.
Data collection
Automatically collects data during testing, ensuring a more efficient testing process and reliable results.
Viewing window
Allows operators to monitor the condition of footwear specimens in real time through the viewing window.
Touchscreen interface
The intuitive and user-friendly touchscreen interface allows operators to easily set parameters and control the tester.
Easy operation
Features straightforward testing procedures, enabling operators to easily complete the test.
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左右滑動看表格
Temp. range -20℃ to ambient temp. Temp. accuracy ±0.5℃ Temp. control PLC + touchscreen Copper disc Ø15mm, 2mm thickness Copper plate 350mm length,150mm width Steel ball Ø5mm, 4kg Dimensions (approx.) 1100×900×1050mm(W×D×H) Power 1∮, AC220V, 50Hz(or specify)
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Details
Standards
- ISO 20344:2021 5.16
PRINCIPLE
The shoe thermal insulation tester is ideal for determining the insulation performance of shoes and boots against cold temperatures. The footwear specimen is first filled with steel balls, followed by attaching a temperature probe to its insole. After placing the specimen in the cold chamber for a specified time, the insole temperature is measured for insulation performance evaluation.
Wide applicability:
Well-suited for various types of footwear, such as athletic shoes and boots, to meet diverse testing requirements.
Authentic simulation:
Minimizes the enclosure of air inside the shoe using steel balls to replicate real-world conditions for accurate results.
Insole temperature monitor:
Measures the temperature on the insole using a connected temperature probe, providing quantitative data on footwear thermal insulation.
Enclosed space:
With its enclosed test space and controlled low temperature, this equipment precisely simulates cold environments.
Precise temperature control:
Integrated with a high-precision low temperature control system, the GT-7006-DH precisely creates and maintains low temperature environment to evaluate the footwear's reliability.
Product research and development:
Provides valuable insights into the insulation properties of footwear to enhance product design and competitiveness.
Quality assurance:
Assists manufacturers in verifying whether the produced footwear provides sufficient thermal insulation against cold temperatures.
Standard conformity:
Ensures that products meet industry standards and satisfy quality expectations in the market.
-
Features
Low-temp simulation
Simulates how finished shoes behave at low temperatures, replicating real-world conditions that occur during cold weather exposure.
High-precision
Designed with a high-precision temperature probe and an enclosed chamber, this equipment ensures consistent temperature regulation.
Data collection
Automatically collects data during testing, ensuring a more efficient testing process and reliable results.
Viewing window
Allows operators to monitor the condition of footwear specimens in real time through the viewing window.
Touchscreen interface
The intuitive and user-friendly touchscreen interface allows operators to easily set parameters and control the tester.
Easy operation
Features straightforward testing procedures, enabling operators to easily complete the test.
-
Specifications
左右滑動看表格
Temp. range -20℃ to ambient temp. Temp. accuracy ±0.5℃ Temp. control PLC + touchscreen Copper disc Ø15mm, 2mm thickness Copper plate 350mm length,150mm width Steel ball Ø5mm, 4kg Dimensions (approx.) 1100×900×1050mm(W×D×H) Power 1∮, AC220V, 50Hz(or specify)