Precise testing in controlled conditions — Simulate temperature, humidity & more with our advanced environmental chambers.
Environmental chambers, also known as climatic chambers, are advanced testing systems used to simulate a wide range of environmental conditions in order to evaluate the reliability, durability, and performance of materials, components, and complete systems.
| Equipment Model | Inner Size W×D×H (mm) | Testing Volume | Heating Rate | Cooling Rate | Temp Range | Humidity Range | Temp Uniformity | Refrigerant | Compressor |
|---|---|---|---|---|---|---|---|---|---|
| EC-0100 | 450×450×500 | 100L | 2/3/5°C/Min | 1/2/3°C/Min | -40 to +180°C | 20-98% | ±0.5-±1.0°C | R404A & R23 | Copland/Bitzer |
| CC-0150 | 500×500×600 | 150L | 2/3/5°C/Min | 1/2/3°C/Min | -70 to +180°C | 20-98% | ±0.5-±1.0°C | R404A & R23 | Copland/Bitzer |
| ETC-150 | 500×600×700 | 210L | 2/3/5°C/Min | 1/2/3°C/Min | -40 to +180°C | 20-98% | ±0.5-±1.0°C | R404A & R23 | Copland/Bitzer |
| ETC-450 | 750×750×800 | 450L | 7/10°C/Min | 5°C/Min | -40 to +180°C | 20-98% | ±0.5-±1.0°C | R404A & R23 | Copland/Bitzer |
| ETC-650 | 800×900×900 | 650L | 15°C/Min | 7°C/Min | -40 to +180°C | 20-98% | ±0.5-±1.0°C | R404A & R23 | Copland/Bitzer |
| ETC-1000 | 1000×1000×1000 | 1000L | 20°C/Min (IEC) | 10/15°C/Min (IEC) | -40 to +180°C | 20-98% | ±0.5-±1.0°C | R404A & R23 | Copland/Bitzer |
| ETC-1550 | 1000×1200×1300 | 1550L | 20°C/Min (IEC) | 15°C/Min (IEC) | -40 to +180°C | 20-98% | ±0.5-±1.0°C | R404A & R23 | Copland/Bitzer |
Custom chambers manufactured according to customer requirements including temperature ramp rates and size.
Check reliability and performance under extreme conditions. Examples: Thermal cycling, humidity exposure, and thermal shock to test PCBs, semiconductors, and battery systems.
Ensure vehicle components perform in various climates. Examples: Testing dashboards, engines, and sensors in extreme heat, cold, or humidity; simulating altitude or solar radiation.
Validate function and safety in harsh environments.
Study material degradation, fatigue, and lifespan. Examples: Corrosion testing, UV exposure, and accelerated aging of metals, plastics, and composites.
Ensure drug and device stability under controlled storage and transport conditions. Examples: ICH stability testing (temperature/humidity) for drug shelf-life and packaging integrity.
Simulate specific climates for biological studies. Examples: Plant growth chambers, incubators for cells or microorganisms, and climate control for animal studies.
Evaluate durability during storage or transport. Examples: Thermal shock and humidity testing on packaging used for food, electronics, or sensitive goods.
Assess how building materials react to climate stress. Examples: Simulating temperature and humidity changes on insulation, windows, and HVAC systems.