- The GT-7011-SC1 is specifically designed to assess the water vapour absorption and permeability of leather shoes.
- This instrument simulates the interior environmental conditions of footwear during wear, allowing the shoe materials, including the upper, lining, and insole, to absorb and permeate water vapour.
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Standards
- GB/T 30397-2013
Principle
The GT-7011-SC1 is specifically designed to assess the water vapour absorption and permeability of leather shoes. It simulates the interior environmental conditions of footwear during wear, allowing the shoe materials, including the upper, lining, and insole, to absorb and permeate water vapour. Changes in the mass of both the footwear and desiccant are measured to determine the water vapour absorption and permeability.
Material applications:
Well-suited for assessing the water vapour absorption and permeability of various shoe materials, including upper, lining, and insole.
Adjustable water vapour conditions:
With adjustable control of humidity and water vapour pressure flowing into the footwear, this instrument simulates various humid environments to replicate diverse real-world conditions.
Water vapour absorption assessment:
By measuring the change in mass of the footwear after its interior has been exposed to water vapour under specific humidity and pressure for a prescribed period of time, the water vapour absorption of the footwear can be determined.
Water vapour permeability assessment:
By measuring the change in mass of the desiccant which absorbs the water vapour permeated from the vamps of the footwear over a prescribed period of time, the water vapour permeability of the footwear can be determined.
Material performance evaluation:
Enables manufacturers to assess how materials in different parts of footwear manage water vapour during wear.
Quality assurance:
Supports manufacturers in achieving sufficient water vapour absorption and permeability during quality assurance.
Standard conformity:
Ensures that products meet industry standards and satisfy quality expectations in the market.
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Authentic simulation
Simulates the interior environmental conditions of footwear during wear, allowing the shoe materials, including the upper, lining, and insole, to absorb and permeate water vapour.
Comprehensive assessment
Supports both water vapour absorption and water vapour permeability testing methods, providing valuable insights into the performance of footwear.
Touchscreen interface
The touchscreen interface offers an intuitive and user-friendly experience, allowing operators to effortlessly set up parameters and operate the tester.
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左右滑動看表格Tank size Interior dimensions 425×280×235mm (28L approx.) Temp. range Ambient temp. to 50℃ Temp. control accuracy ±0.5℃ (test: Ambient temp. to 40℃) Heater wattage 100W Test condition 35±2℃ Water vapour generator
(environmental chamber)Interior dimensions 380×280×245mm Temp. range Ambient temp. +10 to 50℃ Temp. control accuracy ±0.5℃ (the temperature inside the water vapour chamber and test chamber must be identical) Heater wattage 100W Humidity generation Ultrasonic humidifier Humidity range 45%RH to 95%RH Humidity control accuracy ±0.5%RH (test: 90%RH) Test condition 35±2℃, 90±5%RH Silica desiccant 270 to 300g Differential pressure sensor Measuring range 5kPa Resolution 0.005kPa (The differential pressure between the interior of shoe and ambient atmosphere shall be stabilized at 0.12±0.02kPa) Weight measuring device Measuring range 500g Resolution 0.01g Timer 0 to 99h (resolution: 1s) Specimen size 24 to 27cm (GB) or size 38 to 45 Dimensions (W×D×H) 85×68×124cm Noise level ≤60dB Power 1∮ AC220V 50Hz (or specify)
＊Product design and specifications are subject to change without notice.
-
Details
Standards
- GB/T 30397-2013
Principle
The GT-7011-SC1 is specifically designed to assess the water vapour absorption and permeability of leather shoes. It simulates the interior environmental conditions of footwear during wear, allowing the shoe materials, including the upper, lining, and insole, to absorb and permeate water vapour. Changes in the mass of both the footwear and desiccant are measured to determine the water vapour absorption and permeability.
Material applications:
Well-suited for assessing the water vapour absorption and permeability of various shoe materials, including upper, lining, and insole.
Adjustable water vapour conditions:
With adjustable control of humidity and water vapour pressure flowing into the footwear, this instrument simulates various humid environments to replicate diverse real-world conditions.
Water vapour absorption assessment:
By measuring the change in mass of the footwear after its interior has been exposed to water vapour under specific humidity and pressure for a prescribed period of time, the water vapour absorption of the footwear can be determined.
Water vapour permeability assessment:
By measuring the change in mass of the desiccant which absorbs the water vapour permeated from the vamps of the footwear over a prescribed period of time, the water vapour permeability of the footwear can be determined.
Material performance evaluation:
Enables manufacturers to assess how materials in different parts of footwear manage water vapour during wear.
Quality assurance:
Supports manufacturers in achieving sufficient water vapour absorption and permeability during quality assurance.
Standard conformity:
Ensures that products meet industry standards and satisfy quality expectations in the market.
-
Features
Authentic simulation
Simulates the interior environmental conditions of footwear during wear, allowing the shoe materials, including the upper, lining, and insole, to absorb and permeate water vapour.
Comprehensive assessment
Supports both water vapour absorption and water vapour permeability testing methods, providing valuable insights into the performance of footwear.
Touchscreen interface
The touchscreen interface offers an intuitive and user-friendly experience, allowing operators to effortlessly set up parameters and operate the tester.
-
Specifications 左右滑動看表格
Tank size Interior dimensions 425×280×235mm (28L approx.) Temp. range Ambient temp. to 50℃ Temp. control accuracy ±0.5℃ (test: Ambient temp. to 40℃) Heater wattage 100W Test condition 35±2℃ Water vapour generator
(environmental chamber)Interior dimensions 380×280×245mm Temp. range Ambient temp. +10 to 50℃ Temp. control accuracy ±0.5℃ (the temperature inside the water vapour chamber and test chamber must be identical) Heater wattage 100W Humidity generation Ultrasonic humidifier Humidity range 45%RH to 95%RH Humidity control accuracy ±0.5%RH (test: 90%RH) Test condition 35±2℃, 90±5%RH Silica desiccant 270 to 300g Differential pressure sensor Measuring range 5kPa Resolution 0.005kPa (The differential pressure between the interior of shoe and ambient atmosphere shall be stabilized at 0.12±0.02kPa) Weight measuring device Measuring range 500g Resolution 0.01g Timer 0 to 99h (resolution: 1s) Specimen size 24 to 27cm (GB) or size 38 to 45 Dimensions (W×D×H) 85×68×124cm Noise level ≤60dB Power 1∮ AC220V 50Hz (or specify)
＊Product design and specifications are subject to change without notice.
