Xenon Test Chamber TZ-XNT100 provides comprehensive control over light intensity and spectral distribution, enabling highly accurate and customizable weathering tests. It is designed to hold 9 standard samples, each measuring 150 mm × 70 mm, ensuring uniform exposure to light, temperature, and humidity. Our test chamber features a closed-loop control system that maintains optimal conditions throughout the test cycle. It is integrated with a screen interface for real-time monitoring and easy operation.
| Xenon Lamp | One 1.8kW xenon lamp imported from America |
| Filter | Daylight filter |
| Lamp Lifetime | Lamp Lifetime |
| Exposure Area | 1,000 cm² (accommodates 9 standard samples of 150mm × 70mm) |
| Irradiance Range |
30 W/m² to 100 W/m² (300nm–400nm) 0.3 W/m² to 0.8 W/m² (@ 340nm) 0.5 W/m² to 1.5 W/m² (@ 420nm) |
| Temperature Range | RT + 20°C to 90°C |
| Controlling Irradiance Point | 340nm, 420nm, or 300nm–400nm |
| Interior Material of Chamber | Stainless steel (SUS 304 material) |
| Exterior Material of Chamber | Powder coating |
| Current | 12 A |
| Power Consumption | 2.5 kW |
| Power Supply | 220V, 50/60 Hz |
| Dimension (L × W × H) | 1000 × 650 × 1020mm |
| Net Weight | 135 kg |
| Gross Weight | 176 kg |
Includes Pt100 temperature sensor
16 predetermined procedure storage
Incorporated with xenon arc lamp
Up to 10 segments per procedure
Adjustable spray time
Alarm functions
Xenon Test Chamber simulates sunlight, rain, and temperature fluctuations to test material durability and weatherability. It is widely utilized in the automotive industry, textiles and fabrics, plastics and polymers, construction materials, electronics and solar panels.
Xenon Test Chambers are equipped with precise temperature and humidity control systems, allowing users to adjust conditions to meet specific testing requirements. They are designed to utilize a xenon arc lamp providing an accurate representation of environmental stress factors. These chambers feature program customizable test cycles and accelerate weathering and degradation processes. They offer real-time monitoring, ensuring that environmental parameters are consistently maintained throughout the test for easy operation and data collection. They provide critical insights into material behavior and improve product design, ensure compliance with industry standards, and facilitate product certification processes.
Xenon Lamp : 6.5 KW water cooling long arc xenon lamp
Exposure Area : 6,500 cm² (63-65 standard samples of 15cm x 7cm size)
Xenon Lamp : 6.5 KW water cooling long arc xenon lamp
Exposure Area : 6,500 cm² (63-65 standard samples of 15cm x 7cm size)
Testoz Temperature and Humidity Test Chamber offers a wide range of temperatures and precise humidity control for various material testing. They are designed for uniformity and utilize an efficient airflow system to maintain consistent conditions. These feature programmable test profiles that enable users to create custom testing sequences for specific materials or products. Our chambers are crafted with high-quality stainless steel for durability and reliable performance. They comply with all the standards such as ASTM D 3532, IEC 60068-2-30, MIL-STD-810, IEC 60529, ISO 2233 & ASTM E104.
Our Salt Spray Test Chamber offers a wide range of capacities and is designed for high-precision corrosion testing for evaluating the long-term durability of materials and coatings. These chambers are built with corrosion-resistant materials such as fibreglass-reinforced plastic to ensure maximum longevity and performance. They feature advanced temperature control for precise regulation, ensuring optimal conditions for salt spray exposure. Our chamber includes programmable timers and automatic solution replenishment for continuous and long-term testing. These are certified to meet ASTM B117, ISO 9227, and DIN 50021 standards, and are ideal for testing corrosion resistance in automotive, aerospace, coatings, and metal finishes.
Testoz Thermal Shock Test Chamber ensures reliable material durability by rapidly transitioning between heat and cold zones, simulating extreme temperature shifts. These provide remote monitoring capabilities for real-time control, ensuring efficient testing. Their outer construction with flame-retardant PU insulation enhances safety and thermal efficiency under extreme test conditions. The fast temperature recovery cycle minimizes downtime between transitions, enhancing test efficiency. Our Thermal Shock Test Chamber includes compressors for the precise temperature control throughout operation.