Labotemp Ozone Test Chamber range is designed for precise and reliable ozone testing of rubber, elastomers, and polymer materials under controlled environmental conditions. This category includes models from 250L to 1000L capacity, supporting temperature ranges up to 100°C, humidity control from 30% to 98% RH, and ozone concentration from 1–1000 PPHM, ensuring accurate simulation of real-world aging conditions. Engineered for consistency, these ozone aging test chambers provide uniform exposure through dynamic and static rotating sample holders, enabling 360° testing for repeatable and dependable results. Advanced microprocessor-based control systems with touch-screen interfaces allow precise regulation of temperature, humidity, and ozone levels, while stable airflow and efficient ozone generation ensure uniform test conditions. Widely used across automotive, cable & wire, rubber manufacturing, sealing, plastics, and research laboratories, these chambers help evaluate cracking, degradation, and durability of materials exposed to ozone. Built with SUS304 stainless steel interiors, high-accuracy sensors, and integrated exhaust systems for safe ozone removal, Labotemp chambers offer long-term reliability, operator safety, and energy-efficient performance for both routine and high-throughput testing environments
Capacity
Temperature Range
Power Supply
Humidity Deviation
Wide Ozone Range
Capacity : 250 L
Temperature Range : 0°C ~ +100°C
Power Supply : 220V 50/60Hz
Temperature Fluctuation : ±0.5°C
360° Exposure Testing
Capacity : 500L
Temperature Range : 0°C ~ +100°C
Power Supply : 220V 50/60Hz
Temperature Deviation : ±2.0°C
Adjustable Tensile Stretch
Capacity : 800L
Temperature Range : 0°C ~ +100°C
Power Supply : 220V 50/60Hz
Temperature Deviation : ±2.0°C
Corrosion Resistant Body
Capacity : 1000L
Temperature Range : 0°C ~ +100°C
Power Supply : 220V 50/60Hz
Temperature Deviation : ±2.0°C
Dynamic Test Mode
Temperature Range : RT +10°C to +80°C
Temperature Fluctuation : ±0.5°C
Temperature Deviation : ±2.0°C
Temperature Resolution : 0.1°C