Chemical resistant hand protection work gloves supplier 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. See additional information on chemical resistant work gloves.
S-TEX: Also known as the Hagane Coil® technology, this engineered liner was originally developed for the S-TEX KV3, providing high levels of cut resistance without sacrificing comfort. It utilises a unique coiling technique that binds an attending yarn to a stainless steel core, which provides better protection than any natural or synthetic fibres, yet it is thin enough to allow flexibility and free movement as the hand bends and flexes.
Besides the common hazards faced by workers in food processing industry, there are also rising concerns over meeting the legal requirements for safe food handling. Contamination hazards: Food contamination usually occurs when workers handle food without wearing proper protective wear. Bacteria and chemicals can easily transfer from the worker’s hand to the food. Machinery hazards: Hazards occur in conveyors with moving or exposed parts, collapsing structures, falling objects, and compressed equipment.
Size and tensile strength requirements for single use medical gloves. No less than 240mm in median length and 95mm (±10mm) median width to provide adequate protection along full length of the hand (exception for long cuff gloves). Strength is measured by elongation until breaking point, indicated as Force At Break (FAB) in newtons (N). FAB is measured on standard sample and on a rapid aged sample that is kept at 70°C for 7 days to simulate glove deterioration during prolonged shelf life. FAB requirements differ per glove material and if the glove is for examination or surgical purpose.
How It Works: EBT materials added to nitrile during production. Gloves are disposed of by consumers. Gloves are transferred into biologically active landfills. Microorganisms break down the EBT materials, to decompose within 1–5 years. Organic soil and biogas is left in its place. Join SHOWA and find your EBT glove below. Make the difference today. DURACoil: Since the revision of the PPE regulations in 2016, a market-wide downgrade in EN 388 and ANSI 105 cut level scores for re-certified products led to general purpose gloves for medium-low risks decreased from cut level 5-C/A3 to 5-B/A2 and under. At SHOWA, we believe in value for money, safety and comfort. Research shows that many workers use general purpose gloves with low cut resistance levels – the former EN 388 and ANSI cut 5 being B/ A2. Risks of injuries increase and worker’s safety is jeopardised.
Excellent Grip Performance: Our machinery gloves with special coating materials provide the maximum grip in light oil conditions to increase work efficiency and product protection. Elevate Productivity: Unmatched comfort from ergonomic design alleviates stress and allows automotive workers to perform tasks to their full potential. Cost Effectiveness: Gloves are made with highly durable materials that withstand heavy usage and result in cost performance. Ultimate Full Body Protection: Specialised materials used in protective clothing and gloves to safeguard automotive workers from chemical spray and splashes. Standards & Quality: Our protective wear is in compliance with CE standards. See additional details at https://excia.asia/.