Chemical resistant hand protection gloves provider 2023: The risk of exposure to hazardous materials and poor-quality protective wear can limit the productivity and safety of workers. Hazardous Chemicals, Liquids, and Oil: Dealing with machines usually in contact with black oils, lubricants, aerosol Spray, gear oil, and chemicals liquids. Rough and Sharp-Edged Objects: Exposed to risks of injuries due to handling machinery works. Hand Fatigue: Long hours of working can cause discomfort in hands especially handling heavy machines or objects. The excellent grip performance of our gloves allows less force required to handle machine parts or objects, thus increasing work efficiency. Find more information at chemical resistant gloves.
TEMRES® Technology renders gloves breathable and waterproof, a combination of opposing but important features offered in a single glove. Revolutionary at the time of its launch, its uniqueness and many benefits have since become recognised in the market. Exploiting the significant size difference between the lower molecular energy of liquid water and the higher energy of water vapour, two main membranes are created in the glove that enable the TEMRES® effect: one for breathability, and one for water resistance.
Arcylic: A polymer that is resistant to water, common solvents, acids and weak alkalis, and that is resistant to abrasion and to traction. Soft and warm, it insulates you from the cold. Mixed with cotton, it makes the knit more lightweight. Aramid: It is lightweight, supple, comfortable and washable. It provides effective protection from cuts (above level 5, with stainless steel reinforcing) and from convective heat and offers durability and performance that far exceed that of leather (5 times higher) and cotton (3 times higher).
The EN 388 standard underwent revision in 2016. SHOWA gloves are in the process of being recertified by the notified bodies to conform to the revised standard. Currently reported ISO 13997 cut resistance values are indications until officially certified. In the meantime the existing certificates according to EN 388: 2003 remain valid. ABRASION RESISTANCE (0-4) : Number of cycles required to abrade a hole using abrasive paper in a circular sample of glove material under constant pressure and motion. Number of cycles required to cut a sample using a stainless steel circular blade under constant speed and low force of 5 newtons (approx. 510g). For materials that dull the blade, after a certain number of cycles without cut through, the ISO 13997 test is performed and becomes the reference cut resistance value.
Eco Best: Same glove, better for the planet An industry first, SHOWA’s Eco Best Technology® (EBT) offers the same glove with no compromise in its quality, performance, and protection – but better for the planet. EBT accelerates the biodegradation of nitrile to organic compounds in biologically active landfills, an ability validated by independent certified laboratories using international test methods ASTM D5511 and D5526. Thanks to its special composition, SHOWA EBT gloves decompose within 1 to 5 years in active landfills, where regular nitrile gloves require over 100 years, thus reducing the impact gloves have on the environment.
Hand protection is designed to guard against a wide range of hazards, including: cuts and abrasions, extreme temperatures, skin irritation and dermatitis, and contact with oil & chemical substances. Gloves designed for protection against chemicals must comply with the standard EN374, other standards which give markings for different types of protection includes EN388, EN407, EN511, etc. The gloves must pass the air leak and/or water leak test, and meet the defined AQL inspection level. In an air leak test the interior of glove is pressurized with air and the surface is checked for holes. In a water leak test the glove is filled with water, and checked for the appearance of water droplets on the outside surface after a defined time period. See even more info on https://excia.asia/.