New Tester Enhances Color Stability in Textile Industry

December 18, 2025
Latest company news about New Tester Enhances Color Stability in Textile Industry

Imagine meticulously designed products gradually fading, yellowing, and losing their original luster under sunlight exposure—a scenario that significantly impacts brand perception. Color serves as a product's first impression and directly reflects its quality. The challenge lies in ensuring color stability for light-colored or white materials across various environments while preventing troublesome yellowing issues.

The SATATON Yellowing Resistance Chamber emerges as an essential tool for color management. This testing instrument functions as both a quality guardian and brand value protector. By simulating sunlight conditions, it accelerates material yellowing resistance evaluation, enabling manufacturers to identify potential color risks before product launches.

Beyond Claims: Core Advantages of SATATON Testing Chambers

The SATATON Yellowing Resistance Chamber, also known as a fading tester, represents specialized equipment designed to measure material resistance to yellowing under simulated sunlight. It finds extensive application in quality control for light-sensitive products including white thermoplastic polyurethane shoe soles and light-colored synthetic materials. The printing and packaging industries also utilize this equipment for chemical dye development and quality assessment.

Precision Simulation for Real-World Conditions

Featuring high-precision light sources, the SATATON chamber accurately replicates various sunlight intensities, providing testing conditions that closely mirror actual usage environments. Its interchangeable light source design accommodates diverse testing requirements while ensuring result accuracy.

Intuitive Operation Through Smart Controls

The color touchscreen control panel supports bilingual English/Chinese display with user-friendly interfaces. Button configuration panels and operation indicators enable straightforward status monitoring and efficient operation. Integrated digital timers precisely control testing durations, maintaining standardized procedures.

Uniform Testing via Automated Rotation

An integrated automatic sample rotation mechanism ensures uniform light exposure across all surfaces, eliminating testing discrepancies caused by uneven illumination. This design detail reflects SATATON's commitment to testing precision.

Temperature Stability for Reliable Results

The chamber's precise temperature control system maintains stable environments ranging from ambient temperature to 200°C, preventing temperature fluctuations from compromising test data reliability.

Technical Specifications Overview
Parameter Specification
Light Source 300W
Temperature Range RT-200°C
Internal Dimensions 500×500×600mm
Sample Holder Automatic Rotation
Timer Digital
Power Supply 220V 50Hz
External Dimensions 1000×650×1400mm
Net Weight 145kg
Model Number Description
1210301 Yellowing Resistance Chamber
1210302 Optional Light Source
Compliance with Industry Standards

The SATATON Yellowing Resistance Chamber adheres to international and domestic standards including ASTM D1148, JIS P8127, and HG/T 3689, ensuring authoritative and reliable testing outcomes.

Industry Applications
  • Footwear Materials: Evaluating yellowing resistance in white/light-colored shoe soles to maintain aesthetic appeal and durability.
  • Plastics Manufacturing: Testing color stability of plastic products under sunlight to prevent aging and discoloration.
  • Textile Production: Assessing dye fastness to ensure long-lasting color vibrancy in apparel and fabrics.
  • Printing & Packaging: Supporting chemical dye development and quality control for printed materials.
Operational Benefits
  1. Early detection of potential color issues prevents quality complaints and returns.
  2. Optimized material selection and production processes reduce waste.
  3. Enhanced brand reputation through durable product coloration.
  4. Compliance with industry regulations for market accessibility.