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CE Certified Xenon Test Chamber for Material Degradation UV Thermal and Humidity Simulation

CE Certified Xenon Test Chamber for Material Degradation UV Thermal and Humidity Simulation

578805.0 INR/Unit
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Product Details:

  • Resolution 0.1C / 0.1% RH
  • Features CE Certified, programmable cycles, safety interlock, real-time data logging
  • Mounting Type Floor-standing castered
  • Measuring Range Wavelength: 290-800 nm
  • Max Height 1400 mm
  • Interface Type RS232/USB/LAN/Ethernet op.
  • Port Size Standard: 25 mm diameter
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CE Certified Xenon Test Chamber for Material Degradation UV Thermal and Humidity Simulation Price And Quantity

  • 578805.0 INR/Unit
  • 1 Unit
  • USB export/data logger/Ethernet remote monitoring
  • Rotary carousel with adjustable sample frames
  • 900 900 1400 mm
  • 65 dB(A)
  • Multi-segment programmable controller for light/dark cycle, temperature, RH
  • 2.5 kW air-cooled xenon arc
  • Typically 1500 hours
  • Stainless steel SUS304 (interior), powder-coated steel (exterior)
  • CE, ISO 4892-2, ASTM G155, EN 60068-2-5
  • Platinum RTD for temperature, capacitive for RH
  • Integrated water-cooled/air-cooled condenser
  • Overtemperature, water leakage, overcurrent, door safety switch

CE Certified Xenon Test Chamber for Material Degradation UV Thermal and Humidity Simulation Product Specifications

  • Standard: 75 150 mm, others optional
  • Adjustable, up to 400 mm
  • 12 (standard carousel)
  • UV, visible, thermal and humidity spectrum
  • Ambient (air cooled) or inert gas compatible
  • 220/240 Volts
  • Room temp. to 80C (can be customized)
  • Test chamber: 360 L
  • CE Certified Xenon Test Chamber
  • 2 seconds for parameter adjustments
  • RS232/USB/LAN/Ethernet op.
  • 1400 mm
  • Standard: 25 mm diameter
  • Touchscreen color LCD
  • AC 220/240V, 50/60 Hz, single phase
  • Approximately 350 kg
  • Chamber built from high-grade stainless steel
  • 50/60 Hz
  • Fully automatic
  • 30% to 98% RH, programmable
  • 1C (temperature), 3% RH (humidity)
  • Material Degradation, UV, Thermal, and Humidity Simulation
  • Digital touchscreen PLC control
  • 0.1C / 0.1% RH
  • CE Certified, programmable cycles, safety interlock, real-time data logging
  • Laboratory and industrial material weathering tests
  • 300 mm (customizable based on model)
  • Programmable, up to specified cycle rates
  • Floor-standing castered
  • Wavelength: 290-800 nm
  • USB export/data logger/Ethernet remote monitoring
  • Rotary carousel with adjustable sample frames
  • 900 900 1400 mm
  • 65 dB(A)
  • Multi-segment programmable controller for light/dark cycle, temperature, RH
  • 2.5 kW air-cooled xenon arc
  • Typically 1500 hours
  • Stainless steel SUS304 (interior), powder-coated steel (exterior)
  • CE, ISO 4892-2, ASTM G155, EN 60068-2-5
  • Platinum RTD for temperature, capacitive for RH
  • Integrated water-cooled/air-cooled condenser
  • Overtemperature, water leakage, overcurrent, door safety switch

CE Certified Xenon Test Chamber for Material Degradation UV Thermal and Humidity Simulation Trade Information

  • Cash in Advance (CID)
  • 90 Unit Per Month
  • 10 Days
  • All India

Product Description

The Xenon Test Chamber for Material Degradation is a state-of-the-art laboratory system designed to simulate environmental stressors such as sunlight, temperature, and humidity, enabling manufacturers to evaluate material durability and predict long-term performance. Tailored for Indias diverse industrial landscape, this chamber supports compliance with global and local standards while addressing challenges like UV degradation, thermal fatigue, and moisture-induced corrosion.

Technical Specifications

  1. Light Source & Spectral Accuracy

    • Xenon Arc Lamps: Full-spectrum output (290800 nm) replicates natural sunlight, including UV, visible, and infrared wavelengths.

    • Adjustable Irradiance: 0.31.5 W/m @ 340 nm, calibrated to ASTM G155 and ISO 4892-2 standards.

  2. Environmental Controls

    • Temperature Range:

      • Ambient: 10C to 90C (1C accuracy).

      • Black Panel Temperature (BPT): 30C to 120C (1.5C).

    • Humidity Range: 10%95% RH (3% stability) with cyclic condensation modes.

  3. Chamber Design

    • Capacity: 100L (benchtop) to 500L (industrial), accommodating samples up to 1m x 1m.

    • Construction: 316L stainless steel interior, corrosion-resistant coatings, and double-sealed quartz windows.

    • Safety: Over-temperature shutdown, water leakage sensors, and emergency stop functionality.

  4. Automation & Data Management

    • Programmable Controllers: Pre-set profiles for ASTM D2565, ISO 4892-2, and IS 16046 (Indian standards).

    • Touchscreen Interface: Real-time monitoring of UV intensity, temperature, and humidity.

    • Data Export: Generate compliance reports in CSV/PDF formats with timestamps and cycle logs.

Applications in Material Degradation Testing

  1. Polymers & Plastics:

    • Assess UV-induced yellowing, cracking, and loss of tensile strength in materials like PVC, polycarbonate, and HDPE.

  2. Coatings & Paints:

    • Test color retention, gloss loss, and adhesion under simulated tropical sunlight and monsoon humidity.

  3. Textiles & Fibers:

    • Evaluate UV degradation and colorfastness in outdoor fabrics, tarpaulins, and industrial textiles.

  4. Automotive Components:

    • Validate durability of dashboards, seals, and exterior trims under extreme thermal cycling.

  5. Construction Materials:

    • Simulate decades of weathering for roofing membranes, sealants, and composite panels.

Compliance & Certifications

  • International Standards: ASTM G155, ISO 4892-2, IEC 61215 (solar).

  • Indian Standards: IS 16046 (solar), BIS-compatible testing protocols.

  • Certifications: CE, RoHS, and ISO 9001:2015 manufacturing processes.

Advantages for Indian Industries

  1. Climate-Specific Testing:

    • Pre-programmed profiles replicate Indias extreme conditions (e.g., Rajasthans heat, Keralas humidity).

  2. Cost Efficiency:

    • Energy-saving inverter compressors reduce power consumption by 25%, critical for cost-sensitive markets.

  3. Localized Support:

    • Pan-India service network with technicians in Mumbai, Delhi, and Chennai for installation, calibration, and repairs.

  4. Scalability:

    • Modular upgrades for salt spray, ozone testing, or IoT-enabled remote monitoring.

FAQs (Xenon Test Chamber for Material Degradation)

Q1: How does this chamber accelerate material degradation testing?
A: It compresses years of environmental exposure into weeks using controlled UV, heat, and humidity cycles.

Q2: Can it test biodegradable materials?
A: Yescustom profiles simulate degradation pathways for eco-friendly polymers and composites.

Q3: What is the typical lifespan of xenon lamps?
A: 1,5002,000 hours; replacement kits are locally stocked for minimal downtime.

Q4: Does it comply with Indian regulatory requirements?
A: Yesconfigurable settings align with BIS and IS 16046 standards.

Q5: How to maintain the chamber in high-humidity regions?
A: Monthly filter cleaning and annual NABL-accredited calibration ensure optimal performance.



Comprehensive UV, Thermal, and Humidity Simulation

The Xenon Test Chamber replicates real-world environmental factors-ultraviolet light, temperature, and humidity-using a high-intensity xenon lamp and precise digital controls. This comprehensive simulation allows for accelerated aging and degradation tests, greatly assisting in predicting material durability and performance. The testing process is programmable for both light/dark cycles and environmental conditions, enabling thorough, repeatable assessments.


User-Friendly Operation with Advanced Controls

Featuring a color touchscreen LCD and intuitive PLC control, the chamber simplifies configuration and monitoring. Users can set multi-segment programs for temperature and humidity, monitor parameters in real time, and export data via USB or Ethernet. The rotary carousel ensures even exposure for all samples, while adjustable sample holders accommodate various specimen sizes and shapes.


Reliability, Safety, and Compliance

Built with high-grade stainless steel and powder-coated exterior, the chamber offers long-term durability. Comprehensive safety mechanisms-including overtemperature, water leakage, overcurrent, and door interlocks-ensure secure operation. The chamber is fully compliant with CE, ISO 4892-2, ASTM G155, and EN standards, making it suitable for regulated laboratory and industrial applications.

FAQ's of CE Certified Xenon Test Chamber for Material Degradation UV Thermal and Humidity Simulation:


Q: How does the CE Certified Xenon Test Chamber simulate real-world weathering conditions?

A: The chamber utilizes a 2.5 kW air-cooled xenon arc lamp to generate a spectrum of UV, visible, and infrared light, alongside programmable temperature and humidity controls. This combination enables users to reproduce a variety of natural and artificial weathering conditions for accurate evaluation of material degradation.

Q: What types of materials can be tested using this chamber?

A: A broad range of materials-including plastics, coatings, paints, rubbers, textiles, and automotive components-can be tested for resistance to UV exposure, heat, and humidity using the Xenon Test Chamber. The customizable specimen holders ensure versatility for different sample types and sizes.

Q: When is it recommended to use this test chamber in the product development process?

A: The chamber should be used during the research, development, and quality control phases to evaluate product durability and predict the lifespan of materials prior to commercial release or field application. Early testing helps in identifying potential material weaknesses.

Q: Where can the Xenon Test Chamber be installed and used?

A: This floor-standing, castered unit is designed for installation in laboratory and industrial environments. Its compact design (900 900 1400 mm) and integrated safety protections make it suitable for facilities focused on advanced material testing and weathering research.

Q: What is the process for conducting a standard material degradation test using this chamber?

A: Users prepare samples and mount them onto the rotary carousel holder. Test parameters-such as light cycle, temperature, and humidity-are programmed via the digital touchscreen interface. The chamber then runs the specified cycle, while data is logged for export and analysis upon completion.

Q: How does automated control enhance usability and test accuracy?

A: The fully automatic PLC control system, with real-time monitoring and programmable logic, ensures consistent operation throughout test cycles. Precise control of environmental parameters and rapid response to adjustments minimizes variability and improves the reliability of test results.

Q: What are the main benefits of using the CE Certified Xenon Test Chamber for UV, thermal, and humidity simulations?

A: Key benefits include accurate simulation of diverse weathering scenarios, compliance with global testing standards, robust safety features, efficient sample throughput, and seamless data management. This combination results in dependable, repeatable assessments that help improve product longevity and performance.

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    Derui Testing Equipment Co., Ltd
  • 1st Floor, No. 3, Shugang Avenue, Hongmei Town,Dongguan Guangdong, China
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