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Textile Light and Heat Performance Tester

TheTextile Light and Heat Performance Testeris a multi-functional instrument designed to evaluate textile durability under combined light and thermal stress. It quantifies colorfastness, tensile strength retention, and thermal shrinkage resistance using standardized protocols for apparel, upholstery, and industrial textiles.

Type: Environmental simulation testing chamber

Compliance Standards

ISO 105-B06 (Textile lightfastness)

AATCC 133 (Thermal endurance of carpets)

GB/T 8427 (Colorfastness to artificial light)

EN ISO 105-E04 (Textile colorfastness to perspiration)

Applications

Quality Control:Batch testing of outdoor fabrics

R&D:Developing UV-resistant athletic wear

Forensic Analysis:Evaluating garment degradation

Education:Training on textile degradation mechanisms

Standard Operation Workflow:

Sample Preparation: Cut to size, clamp in rotating frame

Parameter Setup: Select light/heat duration (e.g., 72h@80°C)

Testing: Initiate combined stress cycle

Analysis: Generate color loss/thermal deformation curves

Cleaning: Automated decontamination system

Safety Precautions:

Heat-resistant gloves required for sample handling

Use UV-blocking goggles during operation

Maintain 1m clearance from exhaust vents

* ISO 17025-calibrated sensors * Closed-loop cooling system (water-cooled) * NIST-traceable irradiance calibration * Includes 5-year lamp replacement warranty * Stackable design for lab/bench use​**Technical Highlights**​- ±0.5 ΔE color measurement accuracy (ISO 13994 validated) - 150°C sustained thermal testing - Real-time fabric strain visualization - WiFi/Bluetooth data export to cloud - CE/IECEx certified for explosive atmospheres

Technical Specifications

ParameterSpecifications
Light Source Xenon arc lamp (1800W, 300–800nm wavelength)
Irradiance 1.12W/m²/nm @ 340nm (ISO 4892)
Temperature Range 20°C–150°C (±1°C)
Humidity Control 30%–90% RH (programmable)
Test Duration 1–999 hours (auto-stop)
Power Supply 380V/50Hz, 5kW
Dimensions 1500×800×1800mm (L×W×H)

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