high temperature low temperature thermostatic chamber
Product Description: High-Performance Environmental Chambers for Precision Testing and Research
Our range of High-Performance Environmental Chambers offers advanced testing solutions with precise temperature and humidity control for various applications. These chambers are designed to simulate extreme environmental conditions for testing materials, products, and components in industries such as electronics, automotive, aerospace, and pharmaceuticals. With temperature ranges from -70°C to 200°C and customizable humidity options, these chambers provide accurate, reliable results for all your testing needs.
Key Features:
Temperature Range: From -70°C to 200°C, offering versatile testing conditions for different materials.
Humidity Range: 20% to 98% RH, with optional humidity features for specific models.
Rapid Temperature Cycling: Fast temperature rise and drop rates to simulate real-world conditions. Some models achieve temperature changes in under 60 minutes from 20°C to -40°C and under 40 minutes from 20°C to 150°C.
Durability: Designed for long-term use with reliable performance under extreme conditions.
Various Capacities: Different chamber sizes to fit your testing requirements, from 105L to 800L.
Suitable Applications:
Electronics Testing: Validate components in extreme conditions.
Automotive Industry: Test automotive parts for endurance and performance under varying temperatures.
Aerospace: Simulate space or high-altitude conditions for testing aerospace components.
Pharmaceuticals: Evaluate drug stability under extreme conditions.
| Model | Capacity (L) | Interior Dimensions (mm) | Temperature Range (°C) | Humidity Range (RH) | Temperature Shock | Recovery Time | Heating/Cooling Rate |
|---|---|---|---|---|---|---|---|
| EC-16MHHP | 120 | W500 * D380 * H630 | -40～150 | 20%～98% | / | / | 60 min (20～-40°C) / 40 min (20～150°C) |
| EC-26MHHP | 227 | W630 * D400 * H900 | -40～150 | 20%～98% | / | / | 60 min (20～-40°C) / 40 min (20～150°C) |
| EC-46MHHP | 408 | W630 * D720 * H900 | -40～150 | 20%～98% | / | / | 60 min (20～-40°C) / 40 min (20～150°C) |
| EC-86MHHP | 800 | W1000 * D800 * H1000 | -40～150 | 20%～98% | / | / | 60 min (20～-40°C) / 40 min (20～150°C) |
| EC-36LHHP | 306 | W630 * D540 * H900 | -70～150 | 20%～98% | / | / | 75 min (20～-70°C) / 40 min (20～150°C) |
| EC-86LHHP | 800 | W1000 * D800 * H1000 | -70～150 | 20%～98% | / | / | 75 min (20～-70°C) / 40 min (20～150°C) |
| EC-25EXTH | 235 | W630 * D540 * H690 | -70～150/180 | Optional humidity | / | / | 18°C/min (155～-45°C) / 23°C/min (-45～155°C) |
| EC-85EXTH20 | 800 | W1000 * D800 * H1000 | -70～150/180 | Optional humidity | / | / | 20°C/min (155～-45°C) / 20°C/min (-45～155°C) |
| ES-107L | 105 | W470 * D485 * H460 | -70～200 | / | -40 (30 min)～120 (30 min) | 5 min | / |
| ES-107LH | 105 | W470 * D485 * H460 | -70～200 | / | -50 (30 min)～150 (30 min) | 5 min | / |
| ES-207LH | 200 | W630 * D690 * H460 | -70～200 | / | -50 (30 min)～150 (30 min) | 5 min | / |
| ES-76LM | 70 | W390 * D390 * H460 | -70～200 | / | -65 (15 min)～150 (15 min) | 5 min | / |
| ES-76EX | 70 | W315 * D495 * H460 | -70～200 | / | -65 (15 min)～150 (15 min) | 5 min | / |
| ES-206EX | 200 | W630 * D690 * H460 | -70～200 | / | -50 (30 min)～150 (30 min) | 5 min | / |
Applicable Scenarios for Environmental Chambers:
Electronics Testing:
Objective: To evaluate the performance, durability, and functionality of electronic components (such as ICs, semiconductors, and circuit boards) under extreme temperature and humidity conditions.
Use Cases: Testing the reliability of mobile devices, computer parts, automotive electronics, and communication equipment.
Automotive Industry:
Objective: To simulate real-world environmental conditions such as extreme temperatures, high humidity, and rapid temperature changes to assess the performance of automotive components.
Use Cases: Testing automotive parts like batteries, wiring, electrical systems, and coatings in conditions ranging from freezing to high temperatures, ensuring they can withstand the demands of daily use.
Aerospace & Aviation:
Objective: To simulate the extreme conditions experienced in space, high altitudes, or during launch and re-entry.
Use Cases: Testing aerospace components such as satellite parts, avionics, and structural materials to ensure performance and reliability in harsh environments, including GEO/LEO orbit satellites.
Pharmaceutical & Medical Devices:
Objective: To test the stability, efficacy, and safety of pharmaceutical products, medical devices, and materials under extreme temperature and humidity variations.
Use Cases: Conducting stability testing of drugs, vaccines, and medical devices to ensure they meet regulatory standards for storage and handling under extreme conditions.
Materials Testing:
Objective: To assess how various materials (plastics, metals, composites, etc.) perform under exposure to extreme temperatures and humidity.
Use Cases: Conducting durability tests on materials used in manufacturing products like packaging materials, insulation, or coatings for vehicles and buildings.
Battery Testing:
Objective: To simulate temperature fluctuations and harsh environments to assess the performance, charging capacity, and long-term reliability of various battery technologies.
Use Cases: Evaluating batteries used in electric vehicles, consumer electronics, renewable energy storage, and aerospace applications.
Renewable Energy Components:
Objective: To test the durability and energy efficiency of components used in solar panels, wind turbines, and other renewable energy technologies in different environmental conditions.
Use Cases: Testing solar cells, inverters, and wind turbine parts for their performance in extreme cold or heat.
Space Exploration:
Objective: To simulate the extreme conditions encountered in space, including low temperatures, high radiation, and vacuum environments.
Use Cases: Testing components for space missions, satellites, space rovers, and instruments designed for use in space exploration.
Consumer Electronics Development:
Objective: To ensure consumer products can withstand various weather conditions and provide long-term reliability.
Use Cases: Testing the durability and reliability of consumer goods such as smartphones, tablets, wearables, and other electronics in extreme environments (from cold storage to heat waves).
Food and Beverage Testing:
Objective: To simulate storage and transport conditions for food and beverages, assessing how environmental factors affect their quality and shelf life.
Use Cases: Testing food packaging, preserving conditions, and ensuring that products remain within safe parameters during transit or storage.
Quality Control & Product Development:
Objective: To simulate the environmental conditions that products will face during their lifecycle, ensuring quality control and optimal performance before market launch.
Use Cases: Testing newly developed products across various industries to ensure they meet durability and safety standards under extreme conditions.
Overall Summary:
These Environmental Chambers are ideal for industries requiring precise control over temperature and humidity to simulate real-world conditions. Whether you’re in electronics, aerospace, automotive, pharmaceuticals, or any other sector needing environmental simulation, these chambers offer robust, customizable testing capabilities that can be tailored to your specific requirements.
