Heat Insulation Tester
The Test Your Product team is excited to announce the launch of its Heat Insulation Tester-an essential tool to test the thermal resistance of materials that are used in the manufacture of footwear. This great invention will enable all manufacturers to realize how much their shoes, boots, and other types of footwear hold their insulation properties during extreme conditions of heat and frost. Whether outdoor athletic or work, the Heat Insulation Tester excels in finding real-life conditions, helping demonstrate that materials provide heat protection for comfort and safety in tough environments.
Product Details
| Feature/Specification | Description |
| Product Name | Heat Insulation Tester |
| Purpose | Evaluates thermal resistance of footwear materials under extreme heat and cold conditions |
| Application | Footwear industry - Testing shoes, boots, and other footwear for insulation durability and thermal protection |
| Sand Bath Size | (40±2) × (40±2) cm with a minimum height of 5 cm |
| Sand Granular Size | 0.3~1.0 mm |
| Hotplate Temperature Range | RT ~ 250°C ± 5°C |
| Temperature Probe | Soldered to a copper disc (2mm thick, 15mm diameter) with ±0.5°C accuracy |
| Heat Transfer Medium | Steel balls (￠5 mm) with a total mass of (4000±40) g |
| Heating Power | 2500W ± 250W and above |
| Power Supply | 1∮AC 220V 50/60Hz |
| Dimensions (W×D×H) | 36 × 24 × 47 cm |
| Weight | 40 kg |
| Compliance Standards | - ISO 20344-2021 section 5.15 - GB/T 20991 section 5.12 - AS/NZS 2210.2 section 5.12 |
| Standard Accessories | - Temperature probe (1 set) - ￠5 mm Steel balls (4kg) - Power line (1 pc) |
| Display Type | Microprocessor-controlled with high test accuracy |
| Measurement Accuracy | Ensures reliable and precise thermal resistance measurements |
| Clamps | Adjustable clamps to securely hold material during thermal testing |
| Display Features | LED display for enhanced visibility |
This Heat Insulation tester is paramount for Footwear Equipment Manufacturers wanting to comply with the industry standards of heat resistance, which means that the footwear is going to perform well under heat as well as cold conditions. The use of a heat insulation tester gives manufacturers the confidence to warranty their goods in terms of quality, durability, and thermal protection against different temperature extremes, whereupon consumers will receive footwear that can withstand all these temperature extremes.
The Heat Insulation Tester machine is used to determine how well certain materials can withstand heat and insulate footwear or shoes under critical temperatures and atmospheric conditions. This test has great relevance since it can help to know the insulating properties of some footwear-like shoes, boots, and the like, against the extreme changes in temperature occurring during handling, storage, and transport. This enables manufacturers to prove that their products provide the specified claims for protection and performance even in extremely hot and cold environments, ensuring both durability and thermal comfort in footwear.
How Does the Heat Insulation Tester Operate?
The Heat Insulation Tester places the footwear materials inside a controlled chamber, for example, insulation, coatings, soles, uppers, or finishes. In the chamber, the materials are exposed to extreme high and low temperatures, simulating realistic environmental conditions footwear may encounter in use. The tester, over time, observes the material response to thermal changes. This gives a very useful overview of what will happen under stress.
During the test, the materials are carefully subjected to a defined temperature range while determining their response to heat and cold, which may include degradation, loss of insulating properties, or other forms of failure. The test offers the manufacturer insight into the durability of the materials and coatings, making it possible to change them for better performance in real-life conditions. This ensures that, even under harsh conditions, the footwear will sustain its insulating property.
Heat Insulation Tester Benefits:
There are many benefits that a heat insulation tester gives to the footwear manufacturers:
- Thermal Resistance Testing: The tester measures the insulation of footwear material when subjected invariably to certain extreme temperature conditions so that shoes and boots can retain their comfort and protection, regardless of the heat or cold conditions.
- Quality Assurance: The measure results can very well confirm the manufacturer's argument that the materials, coatings, and finishes of the shoes are up to the temperature resistance standards in the industries, which ensure that during use, storage, and transport changes in temperature, the shoes provide reliable performance.
- Wide Variety of Applications: Thermal tests may be performed on slippers of varying usage, such as outdoor, athletic, and work-purpose footwear, to provide reliable performance even in extreme temperatures.
- Rapid Testing: Heat insulation testing is very fast and efficient, enabling the shoe manufacturers to arrive at decisions very quickly without time wastage in evaluating performance.
- Product Durability: Identifying weaknesses inherent in materials or coatings allows manufacturers time to improve the thermal performance and durability of their shoes.
- Industry Standard Compliance: The heat insulation tester ensures thermal resistance compliance in ASTM, ISO, or other regulatory measures so that the products comply to global standards.
- Cost and Time Efficient: Early detection of potential weaknesses in the design stage leads to cost savings in materials, a better investment return and reduced risk of product failures.
Applications:
It is a heat insulation tester, a tool having so many functions for several industries that need to carry a heavy foot through extremely hot or cold conditions. Some applications of this tester include:
- Outdoor footwear thermal insulation testing: hiking boots, winter shoes, and related outdoor footwear protect and keep you comfortable inside in freezing or extremely high temperatures.
- Works Boots and Safety Footwear: Making sure that work boots and safety footwear provide essential insulation for very cold and very hot environments for the workers in construction, mining, and manufacturing industries.
- Athletic Footwear: The Performance of indoor and outdoor sports shoes in hot and cold conditions will be tested so that athletes will be able to perform with comfort and protection during outdoor activities.
- Consumer Footwear: Ensuring comfort and durability of everyday footwear under varied temperatures in the environment.
- Quality Control and Testing Facilities: Third-party labs and testing agencies use the Heat Insulation Tester to verify the footwear has met the thermal resistance specifications for manufacturers and consumers alike.
| Sand Bath Size | (40±2) ×(40±2), and the height at least 5 cm |
| Sand Granular Size | 0.3~1.0mm |
| Hotplate Temperature Range | RT~ 250° ± 5° |
| Temperature Probe | Soldered to a copper disc 2mm thick and 15mm dia., accuracy ±0.5°C |
| Heat transfer Medium | ￠5 mm Steel balls, total mass (4 000±40) g |
| Heating Power | 2500 ± 250W and over |
| Power Supply | 1∮AC 220V 50/60HZ |
| Dimensions (W×D×H) | 36×24×47cm |
| Weight | 40kg |
| Standards | ISO 20344-2021 section 5.15 GB/T 20991 section 5.12 AS/NZS 2210.2 section 5.12 |
| Standard Accessories | Temperature probe 1 set |
| ￠5 mm Steel balls, 4kg | |
| Power line 1pc |
- Microprocessor-controlled display-high test accuracy
- Measurement accuracy & reliability
- Adjustable clamps to hold the material securely during thermal tests
- LED display for better visibility
- Inbuilt calibration facility-Facility for calibration inbuilt
1: What is the purpose of the heat insulation tests in material testing?
Ans: A heat insulation test determines a material's resistance to thermal motion toward or away from that condition. It is an important test for assessing the applications in fields like automotive, construction, and packaging concerning how materials behave during temperature fluctuations, and provide adequate insulation under service conditions.
2: What functions or processes occur while using a heat insulation tester, and what are its application domains across various industries?
Ans: A heat insulation tester tests materials manufacturers in India by subjecting them to extreme temperature conditions while measuring their thermal performance. This is exploited in industries such as automotive electronics, construction, and packaging, where applications of insulation materials, coatings, and finishes under maintaining thermal stability are tested to ensure that products withstand environmental conditions without losing their insulating properties.
3: What are those significant factors that influence the heat insulation performance in the testing of materials?
Ans: For material, the thermal insulating performance depends on the type of material, thickness, surface properties, and temperature conditions applied to that during the test, in conjunction with other factors like density, environmental humidity, and time of exposure to heat or cold, which are also responsible for effectiveness in insulation.
4: How does heat insulation testing differ from thermal conductivity testing?
Ans: Heat insulation testing is regarding going to be about the capacity of a material to statically resist heat transfer and to keep heat in balance under dynamic variations of temperature conditions, and therefore, tends to have more application in packaging materials and building materials; thermal conductivity testing, on the other hand, determines the extent to which a material can conduct heat and also does not much refer to the ability of the material to resist heat.
5: What testing standards are used to measure heat insulation properties?
Ans: The heat insulation tester supplier follows the established ASTM C518, and ISO 8302 for measuring thermal resistance and conductivity. These standards verify testing is done uniformly in all industries and provide reference benchmarks to assist in evaluating insulation materials, coatings, and finishes under controlled temperature conditions.
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