Solar Climate Testing Machine (water-cooled)
HY-3000(Water Cold)
Leveraging advanced Xenon Arc Light technology, it functions as a precise Xenon Arc Light Fastness Tester to simulate real-world weathering conditions (including light, rain, temperature fluctuations, and humidity changes).
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Product Overview
The Solar Climate Testing Machine (also referred to as the Color Fastness to Light Machine) is a state-of-the-art, water-cooled xenon arc test chamber. Leveraging advanced Xenon Arc Light technology, it functions as a precise Xenon Arc Light Fastness Tester to simulate real-world weathering conditions (including light, rain, temperature fluctuations, and humidity changes). Compliant with global standards like ISO 105-B02, this equipment delivers reliable, accurate results for color fastness and durability testing—making it an indispensable tool for quality control, R&D, and compliance verification across multiple industries.
Testing Functions & Value
Designed to replicate the natural aging processes materials endure in daily use, this xenon arc test chamber evaluates a comprehensive range of material performance metrics:
Color-related properties: Light-induced fading and color fastness;
Physical/mechanical properties: Aging, deterioration, permeability, peeling, hardness changes, and softening.
Designed to replicate the natural aging processes materials endure in daily use, this xenon arc test chamber evaluates a comprehensive range of material performance metrics:
Color-related properties: Light-induced fading and color fastness;
Physical/mechanical properties: Aging, deterioration, permeability, peeling, hardness changes, and softening.
Compliant Standards
This equipment aligns with a broad spectrum of international, national, and industry-specific standards, ensuring test results are authoritative and globally recognized:
International Standards: ISO 105, ISO 4892, ISO 30397, ISO 11341
Chinese National Standards (GB): GB/T8427-2019, GB/T12831, GB/T15576, GB/T16985, GB/T15102, GB/T2423.24, GB/T1865, GB/T15104, GB/T16422.2, GJB150.7
Industry Standards: AATCC TM16, AATCC169, SAE J1885, SAE J1960, SAE J1102, ASTM G26
This equipment aligns with a broad spectrum of international, national, and industry-specific standards, ensuring test results are authoritative and globally recognized:
International Standards: ISO 105, ISO 4892, ISO 30397, ISO 11341
Chinese National Standards (GB): GB/T8427-2019, GB/T12831, GB/T15576, GB/T16985, GB/T15102, GB/T2423.24, GB/T1865, GB/T15104, GB/T16422.2, GJB150.7
Industry Standards: AATCC TM16, AATCC169, SAE J1885, SAE J1960, SAE J1102, ASTM G26
Product Advantages
Precise Weathering Simulation: The water-cooled xenon arc system accurately replicates natural solar radiation and complex climate conditions, ensuring test results closely reflect real-world material performance.
Comprehensive Performance Evaluation: Beyond color fastness, it assesses multi-dimensional material aging properties (deterioration, peeling, etc.), supporting holistic material quality analysis.
Broad Standard Compatibility: Adherence to diverse international/national/industry standards enables seamless compliance testing for products targeting global markets.
Cross-Industry Adaptability: Suitable for materials in rubber, plastic, paint, petrochemical, automotive, textile, and other sectors, meeting varied testing demands.
Precise Weathering Simulation: The water-cooled xenon arc system accurately replicates natural solar radiation and complex climate conditions, ensuring test results closely reflect real-world material performance.
Comprehensive Performance Evaluation: Beyond color fastness, it assesses multi-dimensional material aging properties (deterioration, peeling, etc.), supporting holistic material quality analysis.
Broad Standard Compatibility: Adherence to diverse international/national/industry standards enables seamless compliance testing for products targeting global markets.
Cross-Industry Adaptability: Suitable for materials in rubber, plastic, paint, petrochemical, automotive, textile, and other sectors, meeting varied testing demands.
