Brief: Discover the ASTM G151 Environmental Test Chamber, a high-performance Xenon Lamp Aging Test Chamber designed for weathering resistance testing. This advanced equipment simulates natural sunlight and harsh environmental conditions to test the durability of materials like automotive parts, aerospace components, textiles, and plastics. With dual-system modes and customizable settings, it ensures accurate and reliable results for various industries.
Related Product Features:
Dual-system mode for 340nm, 300-800nm, or 420nm testing, meeting diverse customer requirements.
Large insolation area for testing large electronic and electric equipment, surpassing regular machines.
Simulates natural climate conditions, including UV light, dark, and indoor/outdoor environments.
Equipped with a programmable touch screen controller for precise adjustments and monitoring.
Features a water spraying system with adjustable spray time up to 999 minutes.
Stainless steel internal tank and sample frame for durability and adjustable sample positioning.
Meets multiple international standards, including ASTM G151, ISO 4892-2, and GB/T 1865.
Advanced control system with dual sensors, automatic compensation, and self-calibration functions.
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What industries can benefit from the Xenon Lamp Aging Test Chamber?
The chamber is ideal for automotive, aerospace, building, textile, dye, TP, and plastics industries, testing color and performance changes under simulated environmental conditions.
How does the chamber simulate natural sunlight?
It uses a full-solar spectral long-arc xenon lamp to mimic natural sunlight, with adjustable radiation intensity and environmental conditions like temperature and humidity.
What are the key technical parameters of the chamber?
Key parameters include a xenon lamp capacity of 1.6 KW, radiation intensity of 300-800nm (100-1200W/m2), temperature range of 45℃-90℃, and humidity range of 25-90%.
Can the chamber test irregular or large samples?
Yes, it can achieve complete 3-dimensional and irregular sample insolation, making it suitable for large-area testing that regular machines cannot handle.