Product Description
Owing to rapid growth in this domain, we are dealing with a great range of UV Weathering Chamber. It creates artificial weathering conditions with a combination of Ultraviolet radiation. The chamber is to test damaging results of material by long-term outdoor exposure. It works by the process of ultraviolet germicidal irradiation. UV Weathering Chamber is to destroy exposed surface DNA and bacteria. The chamber is designed to test types of damages including color change, cracking, crazing, hazing, blistering, and so on. It can be a good alternative choice for disinfection and ensure to store of sterilized dental instruments in order to eradicate recontamination from dental operatory.
Specifications
|
Country of Origin
|
Made in India
|
|
Usage/Application
|
Industrial
|
|
Frequency
|
50Hz
|
|
Power Source
|
Electric
|
|
Voltage
|
280V
|
|
Phase
|
Three
|
Advanced UV Testing PerformanceIntegrating cutting-edge UV lamps with adjustable UVA or UVB settings, this chamber simulates natural weathering conditions to evaluate the light and color fastness of various materials. The user-friendly digital LCD touch panel allows for seamless programming of test cycles and real-time monitoring, ensuring high accuracy and repeatability.
Durable Construction and Safety AssuranceConstructed with stainless steel 304 internally and powder-coated mild steel externally, the chamber offers exceptional durability and resistance to corrosion. It is equipped with multiple safety features such as over-temperature protection, leakage circuit breaker, and automatic water fill with a low-level alarm to ensure reliable operations in all environments.
Versatile and Compliant ApplicationsCompliant with ASTM G154, ISO 4892, IEC 68-2-5, and BIS standards, the chamber is suitable for testing a wide range of specimens-up to 50 at once-in industrial and laboratory settings. The programmable design supports customizable test conditions, while the removable sample tray and large viewing window enhance user convenience.
FAQ's of UV Weathering Chamber:
Q: How does the UV Weathering Chamber simulate natural environmental conditions?
A: The chamber uses 8 selectable UVA or UVB lamps, programmable test cycles, and adjustable humidity and temperature controls to replicate the effects of sunlight, moisture, and heat on materials, enabling accelerated weathering tests that simulate years of exposure within days or weeks.
Q: What types of materials can be tested in this UV Weathering Chamber?
A: It is designed for coatings, plastics, paints, polymers, and similar materials, accommodating up to 50 specimens per batch, each measuring up to 75 mm x 150 mm. This versatility makes it valuable for both research and quality control across multiple industries.
Q: When should I use this chamber for accelerated weathering tests?
A: Deploy the chamber during product development, quality assurance, or certification processes when you need to predict the long-term durability and performance of materials under UV, temperature, and humidity stress conditions.
Q: Where can this UV Weathering Chamber be installed?
A: Its floor-mounted design makes it suitable for laboratories, research centers, and industrial testing facilities. The chamber's robust construction ensures reliable operation in demanding environments, while its compact footprint maximizes workspace efficiency.
Q: What safety features are provided with this equipment?
A: Safety is ensured through mechanisms such as over-temperature protection, leakage circuit breaker, automatic water fill with low-level alarm, and a door interlock switch that prevents operation when the door is open.
Q: How do users monitor and control the testing process?
A: All parameters-including light intensity, temperature, humidity, and test cycles-are managed via a digital LCD touch panel. The interface also features programmable cycles, automatic light/dark control, and password-protection for secure operation.
Q: What are the primary benefits of using this UV Weathering Chamber?
A: Users benefit from rapid, repeatable weathering results that accelerate material evaluation and approval. Its high accuracy, programmable automation, and compliance with international testing standards save labor, reduce costs, and ensure confidence in material longevity assessments.