CE Certified Xenon Arc Weathering Test Chamber for Automotive Materials Testing

SPECIFICATION

CE Certified Xenon Arc Weathering Test Chamber

Simulate Real-World Conditions for Automotive Material Durability

Accelerate your R&D cycles, stay compliant with international safety standards, and future-proof your automotive materials with our CE Certified Xenon Arc Weathering Test Chamber**. Engineered specifically for the automotive sector, it precisely replicates harsh sunlight, heat, and moisture conditions to ensure material resilience and compliance. From dashboard surfaces to exterior coatings, this advanced weathering testing equipment guarantees accurate and reproducible results for your most demanding projects.**

Address the Most Common Testing Challenges in the Automotive Industry

Key Pain Points for Automotive Material Testing:

Uneven Testing Results

Fluctuating Xenon lamp intensity or improper controls can result in inconsistent material testing data, delaying R&D cycles.

Customers report retesting costs adding 30%-50% to the project timeline.

Non-Compliance with Certifications

With strict automotive standards such as ISO 4892-2 and ASTM G155, traditional testers often fail to meet modern performance benchmarks for CE certifications.

Test chambers without CE certification face rejection in the European market.

Material-Specific Testing Complexity

Plastic trim, automotive paint, rubber seals, and glass coatings exhibit unique responses to light, temperature, and humidity. Standard test chambers cannot simulate tailored load paths for advanced automotive materials.

Testing Speed and Data Accuracy

Some chambers take hours to stabilize temperature and lamps, delaying test cycles and reducing throughput. Without laser-based accuracy, subtle variables in material behavior may go unnoticed.

This is where our CE Certified Xenon Arc Weathering Test Chamber delivers unmatched performance tailored to the specific needs of the automotive sector.

Streamlined Testing Solutions for Automotive Materials

Our CE Certified Xenon Arc Weathering Test Chamber provides precision simulation of real-world conditions in a fast, repeatable, and fully compliant format.

1. Applications for Automotive Industries:

Exterior Components (Paints, Clear Coatings, and Polymers)

Simulate UV exposure, temperature cycles, and rain cycles to test automotive paint adhesion, color retention, and resistance to cracking.

Test for chalking, fading, and gloss loss as per ASTM G155 and ISO 4892-2 requirements.

Plastic Dashboards and Trim

Measure yellowing index and thermal deformation under accelerated sunlight and temperature tests.

Rubberized Seals and Gaskets

Test stress cracking, loss of tensile strength, and thermal expansion under repetitive cycles of high UV exposure and humidity.

Advanced Materials (Composites and Glass)

Test material performance (e.g., fracture, creep, and tensile strength changes) for components such as composite panels or UV-treated glass coatings.

Example Test Setup:

Scenario: Testing automotive paint durability in a tropical climate.

Test parameters: Simulated high-UV environment (80°C max), 85% relative humidity, and cyclic rain spray simulation.

Output: Color change, gloss retention, and cracking measured over 1,000 hours—fully compliant with automotive testing standards.

Advanced Features of Our Xenon Arc Weathering Machine

Fully CE Certified for Compliance in European Markets

Achieves CE certification for machinery and electromagnetic compatibility (EMC), ensuring full compatibility with EU safety standards required by ISO 17025 laboratories.

Integrated software outputs test compliance statements directly embedded in reports (eliminating client concerns over regulatory risks).

Precision-Engineered Testing Performance

High-Resolution Xenon Lamp Emitters

Replicates the entire solar spectrum (UV, visible, IR) with 99% uniformity at test sample surfaces.

Achieves optimal test conditions with lamp power stability of ±0.1%: a 3x improvement over older xenon systems.

Environmental Simulation Modules

Humidity Control (10%-95% RH): Perfect for testing automotive materials like seals or coatings in humid environments.

Temperature Testing Range (RT~85°C): Simulate real-world automotive exposure conditions while testing thermal aging.

Rain Spray and Condensation Cycle: Replicates daily wet-dry cycles to test film adhesion performance.

Smart Software Integration (Real-Time Data Outputs)