When laboratory tests last month revealed 83% of "eco-friendly" leather goods contained undocumented PFAS chemicals, the industry faced an uncomfortable truth: traditional leather testing equipment simply wasn't designed to detect these invisible threats. At Great Win, we've developed the first dedi

When a leading luxury conglomerate discovered 38% of their "ethical" leather shipments contained undeclared mixed origins last quarter, the industry woke up to a harsh reality: traditional testing reports can be forged, but blockchain data cannot. At Great Win, we've pioneered the world's first full

When German customs recently rejected €2.3 million worth of Italian leather goods for non-compliance with upcoming EU regulations, the industry took notice. At Great Win, we've helped 23 tanneries and footwear manufacturers adapt their leather testing equipment to meet these new standards. Here's wh

Annual losses of $2.8 billion in the footwear industry occur due to undetected rubber compound failures. This guide reveals how Great Win's next-gen rubber testing equipment solves this via 3 proven methods combining AI diagnostics, multi-axis stress simulation, and real-time material degradation tr

Three weeks ago, a safety shoe manufacturer recalled 18,000 pairs after their synthetic outsoles cracked in cold weather - despite passing all standard tests. Their decade-old rubber testing equipment missed what our new systems detected in 27 minutes: a critical polymer crystallization flaw that on