Temperature Humidity Test Machine
HY-831C
The Temperature Humidity Test Chamber is a high-performance environmental simulation device designed to replicate diverse temperature and humidity conditions.
Quantity:
Environmental Test Chamber simulates various environmental conditions and tests the heat resistance, moisture resistance, dry resistance, and low temperature resistance of various products and raw materials. Suitable for various industries such as farmer, electricity, finished shoes, shoe materials, leather, clothing, etc
Product Overview
The Temperature Humidity Test Chamber is a high-performance environmental simulation device designed to replicate diverse temperature and humidity conditions. Its core function is to evaluate the heat resistance, moisture resistance, dry resistance, and low-temperature resistance of various products and raw materials, providing credible data for quality verification, performance optimization, and durability assessment. Equipped with a high-precision humidity control system, it ensures stable test conditions, making it an essential tool for quality control, R&D, and compliance testing across multiple industries.
The Temperature Humidity Test Chamber is a high-performance environmental simulation device designed to replicate diverse temperature and humidity conditions. Its core function is to evaluate the heat resistance, moisture resistance, dry resistance, and low-temperature resistance of various products and raw materials, providing credible data for quality verification, performance optimization, and durability assessment. Equipped with a high-precision humidity control system, it ensures stable test conditions, making it an essential tool for quality control, R&D, and compliance testing across multiple industries.
Core Function & Testing Value
This chamber simulates the actual working, storage, or usage environments that products may encounter (e.g., high-temperature damp, low-temperature dry conditions). By exposing samples to controlled temperature and humidity levels, it helps users:
Identify potential performance degradation (e.g., material cracking, component failure) under extreme environments;
Verify the long-term durability of products in target application scenarios;
Optimize material selection and production processes based on test data.
This chamber simulates the actual working, storage, or usage environments that products may encounter (e.g., high-temperature damp, low-temperature dry conditions). By exposing samples to controlled temperature and humidity levels, it helps users:
Identify potential performance degradation (e.g., material cracking, component failure) under extreme environments;
Verify the long-term durability of products in target application scenarios;
Optimize material selection and production processes based on test data.
Technical Parameter
| System | Balancedtemperature&humidity control system | |
| Temperature Range | 0°C-120ºC | |
| Humidity Range | 10~98%R.H | |
| Temperature and humidity accuracy | Temperature:+0.5ºC,Humidity:+2.5% | |
| Temperature and humidity uniformity | Temperature:+1.5ºC,Humidity:+3% | |
| Inner& Out Material | All are made of stainless steel first-grade mirror light panels, and the outer box is treated with high-temperature baking paint. | |
| Refrigeration System | French Taikang fullyenclosed compressor | |
| Interior(WxDxH)cm | 40x45x40 | |
| Specifications | 100x160x110/100kg | |
| Power | AC220V 50HZ 3KW | |
Applicable Industries & Scenarios
Farming: Test the environmental tolerance of agricultural products (e.g., seeds, fertilizers) during storage/transportation.
Electrical Engineering: Evaluate the performance stability of electrical components under high-temperature/high-humidity conditions.
Footwear & Leather: Verify the durability of finished shoes, shoe materials, and leather (e.g., preventing leather cracking in low-temperature dry environments).
Apparel: Assess fabric resistance to shrinkage, fading, or deformation under different temperature/humidity conditions.
Farming: Test the environmental tolerance of agricultural products (e.g., seeds, fertilizers) during storage/transportation.
Electrical Engineering: Evaluate the performance stability of electrical components under high-temperature/high-humidity conditions.
Footwear & Leather: Verify the durability of finished shoes, shoe materials, and leather (e.g., preventing leather cracking in low-temperature dry environments).
Apparel: Assess fabric resistance to shrinkage, fading, or deformation under different temperature/humidity conditions.
