Benchtop Climatic Chamber (26 liter and 66 Liter)

Benchtop climatic chambers are compact lab devices used to simulate extreme temperature, humidity, and sometimes light conditions to test product reliability, performance, and durability for electronics, automotive, pharma, and materials science, helping find failure points, assess weather resistance, and ensure quality control in R&D and production. They’re vital for testing small components like batteries, sensors, and wires for resistance to heat, cold, moisture, and corrosion before real-world deployment.
Key Uses:
Electronics: Testing components (resistors, LEDs) for performance under temperature cycles, damp heat, and humidity.
Automotive: Assessing stability of electronic systems, sensors, and coatings in varied climates (e.g., desert heat, arctic cold).
Pharmaceuticals: Stability testing for drugs, evaluating bacterial growth, and material packaging integrity.
Material Science: Studying how materials (composites, plastics) change structure and properties under different thermal/humidity stresses.
Battery Testing: Simulating real-world conditions for EV and consumer batteries to check safety and lifespan.
Aerospace: Testing small parts for high-altitude, low-temperature, and rapid-change conditions.
What They Do:
Simulate Weather: Mimic outdoor conditions like rain, snow, heavy winds, and extreme temperatures.
Accelerate Aging: Speed up degradation processes to predict long-term product life.
Identify Weaknesses: Pinpoint design flaws or material vulnerabilities under stress.
Ensure Compliance: Validate products meet industry standards (e.g., IP ratings, automotive specs).