Automotive Coating Xenon Test Chamber 300-400nm UV Band SAE J2527 Paint Fade and Adhesion Test

Automotive Coating Xenon Test Chamber 300-400nm UV Band SAE J2527 Paint Fade and Adhesion Test

628005.0 INR/Unit

Product Details:

  • Port Size 16 mm
  • Max Height 1480 mm
  • Temperature 40C~110C (chamber adjustable)
  • Frequency 50/60 Hz
  • Display Type Digital LCD/touch screen
  • Humidity 30%~98% RH (adjustable)
  • Gas Pressure Atmospheric, optional external supply
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Automotive Coating Xenon Test Chamber 300-400nm UV Band SAE J2527 Paint Fade and Adhesion Test Price And Quantity

  • 1 Unit
  • 628005.0 INR/Unit
  • Stainless steel inner chamber, powder-coated exterior
  • Water-cooled Xenon arc lamp, 1.8 kW
  • Data logger, printer, remote control
  • Over-temperature protection, door lock, electrical leakage protection
  • SAE J2527, ASTM G155, ISO 11341
  • 0~9999 hours
  • Efficient air and water circulation
  • Automatic closed-loop monitoring
  • Programmable for periodic cycles

Automotive Coating Xenon Test Chamber 300-400nm UV Band SAE J2527 Paint Fade and Adhesion Test Product Specifications

  • 220V AC 10%
  • 150 mm
  • 0.01 W/m (UV), 0.1C, 1% RH
  • 300~400 nm UV band (Xenon lamp spectrum)
  • Adjustable, max 300 mm
  • 150 mm x 70 mm (standard panel)
  • 16 mm
  • 1480 mm
  • 40C~110C (chamber adjustable)
  • 50/60 Hz
  • 30%~98% RH (adjustable)
  • PID programmable controller, touch screen interface
  • Atmospheric, optional external supply
  • Approx. 260 kg
  • Digital LCD/touch screen
  • SAE J2527 Paint Fade and Adhesion Testing for automotive coatings
  • Test up to 28 panels at once
  • UV irradiance 0.5~1.2 W/m (340 nm)
  • Fully automatic and programmable
  • Programmable cycles, water spray, temperature/humidity/UV simulation
  • Immediate, real-time display
  • RS232/USB data output
  • 0.5C for temperature, 2% RH for humidity
  • Programmable, up to 60 cycles/hour
  • Automotive Coating Xenon Test Chamber
  • Floor standing
  • Paint and adhesion testing under accelerated weathering
  • AC 220V, 50/60Hz, single phase
  • Approx. 280 L
  • Stainless steel inner chamber, powder-coated exterior
  • Water-cooled Xenon arc lamp, 1.8 kW
  • Data logger, printer, remote control
  • Over-temperature protection, door lock, electrical leakage protection
  • SAE J2527, ASTM G155, ISO 11341
  • 0~9999 hours
  • Efficient air and water circulation
  • Automatic closed-loop monitoring
  • Programmable for periodic cycles

Automotive Coating Xenon Test Chamber 300-400nm UV Band SAE J2527 Paint Fade and Adhesion Test Trade Information

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

Product Description

The Xenon Test Chamber with 300400 nm UV Band Control is a specialized laboratory system designed to simulate and isolate ultraviolet (UV) radiation within the critical 300400 nm wavelength range. This chamber enables precise accelerated weathering studies for industries requiring targeted UV exposure analysis, such as coatings, polymers, and solar materials. Tailored for Indias diverse industrial needs, it combines spectral accuracy, compliance with global standards, and localized support to ensure reliable material durability testing.


Technical Specifications

  1. UV Band Control

    • Wavelength Range: Precisely isolates 300400 nm UV radiation (UV-A and UV-B), critical for testing photodegradation and polymer stability.

    • Spectral Filters: Quartz/borosilicate filters ensure 99% accuracy in UV band targeting, minimizing unwanted IR or visible light interference.

  2. Irradiance & Environmental Controls

    • Adjustable Irradiance: 0.51.2 W/m @ 340 nm, calibrated to ISO 4892-2 and ASTM G154 standards.

    • Temperature Range:

      • Ambient: 10C to 80C (1C accuracy).

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

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

  3. Chamber Design

    • Capacity: 100L (benchtop) to 500L (industrial), accommodating samples up to 60 cm x 60 cm.

    • Construction: Corrosion-resistant stainless steel interior, UV-resistant quartz windows, and dual cooling systems for tropical climates.

    • Safety Features: Over-temperature protection, leakage sensors, and emergency shutdown.

  4. Automation & Data Management

    • Programmable UV Profiles: Customize cycles for specific UV bands (e.g., 315400 nm for UV-A dominance).

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

    • Data Export: CSV/PDF reports with spectral graphs and compliance metadata.


Key Applications

  1. Coatings & Paints:

    • Test UV-A-induced fading and chalking in automotive and architectural coatings.

  2. Polymer Degradation:

    • Analyze UV-B impact on plastics (e.g., polycarbonate, PVC) under controlled 300400 nm exposure.

  3. Solar Materials:

    • Validate UV resistance of encapsulants and backsheets in photovoltaic modules (IEC 61215).

  4. Textiles & Dyes:

    • Assess colorfastness under targeted UV wavelengths common in tropical climates.

  5. Pharmaceutical Packaging:

    • Evaluate UV stability of blister packs and labels per ICH Q1B guidelines.


Compliance & Certifications

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

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

  • Certifications: CE Marking, RoHS, ISO 9001:2015.


Advantages for Indian Markets

  1. Spectral Precision:

    • Isolate 300400 nm UV bands to replicate Indias intense sunlight conditions (e.g., UV Index 11+ in Rajasthan).

  2. Energy Efficiency:

    • Inverter-driven cooling reduces power consumption by 25%, ideal for high-usage labs.

  3. Localized Support:

    • Service centers in Mumbai, Delhi, and Bengaluru provide calibration, repairs, and operator training.

  4. Scalability:

    • Modular upgrades for humidity-freeze cycles or salt spray testing.



FAQs of Xenon Test Chamber with 300-400nm UV Band Control


Q1: Why focus on 300400 nm UV bands?
A: This range causes 90% of material degradation in sunlightcritical for accurate durability testing.

Q2: Can the chamber simulate monsoon humidity?
A: Yesprogrammable humidity (up to 95% RH) replicates monsoon conditions.

Q3: How often should lamps be replaced?
A: Every 1,500 hours; local distributors stock replacement kits.

Q4: Is the chamber compatible with Indian voltage standards?
A: Yesconfigured for 230V/50Hz with surge protection.

Q5: Does it support BIS certification testing?
A: Custom profiles align with BIS and IS 16046 for solar/construction materials.



Advanced Sunlight Simulation for Accurate Coating Assessment

Utilizing a high-intensity, water-cooled Xenon arc lamp, this test chamber faithfully imitates the full spectrum of natural sunlight in the critical 300-400 nm UV band. It provides precise control over UV irradiance, temperature (0.5C), and humidity (2% RH) for consistent and repeatable testing environments tailored for automotive paint durability analysis.


Comprehensive Safety and Intuitive Operation

Safety is built in with over-temperature protection, electrical leakage safety, and secure door locking mechanisms. The touch-screen PID programmable interface allows for straightforward setup and monitoring, including programmable test cycles, real-time digital display, and intuitive tracking via RS232/USB outputs for comprehensive data management.


Versatile Performance for Multiple Standards

Engineered to comply with SAE J2527, ASTM G155, and ISO 11341 standards, this chamber supports a wide array of tests. With room for up to 28 standard specimen panels, programmable cycle speeds, and advanced water spray features, it's ideal for researchers and manufacturers needing reliable, repeatable results for paint fade and adhesion in automotive applications.

FAQ's of Automotive Coating Xenon Test Chamber 300-400nm UV Band SAE J2527 Paint Fade and Adhesion Test:


Q: How does the Xenon Test Chamber simulate real-world weathering conditions for automotive coatings?

A: The chamber uses a 1.8 kW water-cooled Xenon arc lamp that faithfully replicates the solar spectrum within the 300-400 nm UV range. Together with programmable temperature, humidity, and water spray functions, it accelerates natural aging, providing precise and repeatable conditions for paint and adhesion durability testing.

Q: What types of tests can be performed in this chamber, and which standards does it comply with?

A: This equipment is designed for accelerated weathering, paint fade, and adhesion testing specifically for automotive coatings. It is compliant with prominent standards such as SAE J2527, ASTM G155, and ISO 11341, making it ideal for research, quality control, and product development in automotive manufacturing.

Q: When is it beneficial to use a Xenon Test Chamber in the automotive industry?

A: Utilizing a Xenon Test Chamber is particularly advantageous during new product development, quality assurance, or when verifying compliance with industry standards, as it helps predict how coatings will perform under prolonged exposure to sunlight, moisture, and fluctuating temperatures.

Q: Where should the Automotive Coating Xenon Test Chamber be installed for optimal performance?

A: Being a floor-standing unit, the chamber should be placed in a climate-controlled laboratory with access to appropriate power supply (AC 220V, 50/60Hz), water sources for cooling, and drainage. Sufficient space for specimen loading and safety clearance is recommended.

Q: What is the process for conducting a paint fade and adhesion test using this chamber?

A: Specimens are placed in the chamber (up to 28 panels at a time). Test parameters such as UV irradiance, temperature, humidity, and water spray cycles are programmed through the touch screen interface. The chamber then automatically cycles through the set conditions, with data monitored and stored via RS232/USB outputs for analysis.

Q: How does the equipment ensure accurate and safe operation throughout the test cycles?

A: The chamber features automatic closed-loop irradiance and temperature control, a PID programmable controller, and real-time monitoring for consistency. Built-in safety features include over-temperature protection, door locking, and electrical leakage protection to safeguard both specimens and operators.

Q: What are the primary benefits of using this test chamber for automotive coatings?

A: Key benefits include precise simulation of natural weathering, accelerated test cycles (up to 60 cycles/hour), real-time data monitoring, and reliable compliance with global standards. This facilitates efficient product development, quality assurance, and ensures automotive paints meet durability expectations before market release.

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