Climatic / Environmental Chambers

Some Essential Features of Environmental Chambers

These chambers are designed for reliability, accuracy, and long-term durability, with several key features:

• Temperature Control

  • Wide temperature ranges (e.g., -70°C to +180°C).
  • Precise temperature regulation (±0.5°C or better).
  • Fast temperature ramp-up/down rates.

• Humidity Control

  • Humidity range typically from 10% to 98% RH.
  • Control accuracy around ±1-3% RH.
  • Useful for testing corrosion, mold growth, or material expansion.

• Programmable Controllers

  • Touchscreen interfaces.
  • Multi-step programmable profiles.
  • Multi-step programmable profiles.

• Vibration Integration (Optional)

  • Combined environmental and mechanical stress testing.
  • Often used in automotive and aerospace industries.

• Safety Features

  • Over-temperature protection.
  • Emergency shutoff systems.
  • Alarms for temperature or humidity deviations.

• Data Logging & Reporting

  • Built-in data loggers.
  • USB or cloud export capability.
  • Graphing and trend analysis.

• Compliance with Standards

  • Meets testing standards (e.g., ASTM, IEC, MIL-STD, ISO).

• Size & Capacity Options

  • Benchtop models for small-scale testing.
  • Walk-in/drive-in chambers for large equipment or batch testing or our fix model as per below table .

Key Applications of Environmental Chambers

These chambers are used across various sectors such as:

• Electronics & Semiconductor Testing
  Purpose: Check reliability and performance under extreme conditions.
  Examples: Thermal cycling, humidity exposure, and thermal shock to test PCBs, semiconductors, and battery systems.

• Automotive Industry
  Purpose: Ensure vehicle components perform in various climates.
  Examples: Testing dashboards, engines, and sensors in extreme heat, cold, or humidity; simulating altitude or solar radiation.

• Aerospace & Defense
  Purpose: Validate function and safety in harsh environments.
  Purpose: Validate function and safety in harsh environments.

• Materials Science
  Purpose: Study material degradation, fatigue, and lifespan.
  Examples: Corrosion testing, UV exposure, and accelerated aging of metals, plastics, and composites.

• Pharmaceutical & Medical Devices
  Purpose: Ensure drug and device stability under controlled storage and transport conditions.
  Examples: ICH stability testing (temperature/humidity) for drug shelf-life and packaging integrity.

• Biological Research
  Purpose: Simulate specific climates for biological studies.
  Examples: Plant growth chambers, incubators for cells or microorganisms, and climate control for animal studies.

• Packaging & Logistics
  Purpose: Evaluate durability during storage or transport.
  Examples: Thermal shock and humidity testing on packaging used for food, electronics, or sensitive goods.

• Building Materials & HVAC
  Purpose: Assess how building materials react to climate stress.
  Examples: Simulating temperature and humidity changes on insulation, windows, and HVAC systems.

Standard Models