Discover the ultimate “bare-hand” experience. Our ultra-thin polyurethane coatings are meticulously crafted for intricate assembly, microelectronics, and tasks where tactile feedback and a lint-free environment are non-negotiable.
Precision manufacturing requires gear that won’t get in the way. SQG’s polyurethane dipping lines produce microporous, highly breathable layers that prevent sweaty hands during meticulous shifts. Because PU sheds zero lint, it is widely trusted by semiconductor plants and cleanroom facilities globally. Partnering with our factory ensures you get competitive OEM pricing on the market’s most tactile safety solutions.
PU is the thinnest coating available that still offers abrasion resistance. It allows workers to easily pick up microchips and tiny screws without the bulkiness of heavier dipped gloves.
No. Polyurethane is microporous, meaning air can circulate through the coating. When combined with a lightweight nylon liner, it provides exceptional breathability.
It means the glove will not shed microscopic fibers or dust particles. This is a critical requirement to prevent contamination in cleanrooms and highly sensitive electronic manufacturing environments.
Yes. Alongside traditional PU, we utilize advanced water-based dipping technology to produce DMF-free gloves, offering a healthier, solvent-free alternative for operators.
Absolutely. We can weave carbon or copper threads into the liner before applying the PU coating, creating certified anti-static gloves for delicate tech industries.
Yes, due to the ultra-thin nature of the PU polymer and our specific conductive liner options, operators can easily use industrial HMI panels, tablets, and smart devices without removing their gear.
Polyurethane is optimized for dry or very light-oil conditions. If your assembly line involves heavy industrial grease or fluids, we strongly advise switching to our micro-foam nitrile series for a safer hold.
A 13-gauge liner offers standard, reliable light-duty protection, whereas an 18-gauge knit is incredibly sheer and lightweight, providing the absolute maximum tactile sensitivity required for micro-assembly.
