Snickers Workwear UK Price List AW22 1
SAFETY SHOE REGULATION Safety shoes must meet the
requirements of the European directives regarding personal protective equipment. The following safety class labels are available on products manufactured under the above directives and according to the European standards CE EN ISO 20345: 2011. SAFETY CLASSES IN SOLID GEAR AND TOE GUARD FOOTWEAR S1 Toe cap 200 J / N 15000 antistatic properties, shock absorption in heel, closed heel, oil resistant friction soles. S1P Toe cap 200 J / N 15000 Nail protection 1100 N, antistatic properties, shock absorption in heel, closed heel, oil resistant friction soles. S3 Toe cap 200 J / N 15000 Nail protection 1100 N, antistatic properties, shock absorption in heel, closed heel, oil resistant friction soles, patterned sole, water resistant for a minimum of 60 minutes. O1 Antistatic properties, shock absorption in heel, closed heel, oil resistant friction soles. O2 Antistatic properties, shock absorption in heel, closed heel, oil resistant friction soles, water resistant for a minimum of 60 minutes. OTHER SAFETY CLASSES S2 Toe cap 200 J / N 15000, antistatic properties, energy absorption in heel, closed heel, oil resistant friction sole, water resistant for a minimum of 60 minutes. S2P Toe cap 200 J/N 15000 Nail protection 1100 N, antistatic properties, shock absorption in heel, closed heel, oil resistant friction soles, water resistant for a minimum of 60 minutes. S4 Material with natural and synthetic polymers / Toe Cap 200 J / antistatic properties, energy absorption in heel, closed heel, oil resistant friction sole. S5 Material with natural and synthetic polymers/ Cap 200 J / N 15000, penetration protection 1100 N, antistatic properties, shock absorption in the heel area, closed heel, oil resistant friction soles, patterned sole. SAFETY SHOE STANDARDS SRA: Slip Resistant on ceramic + Sodium Lauryl Sulphate. SRB: Slip resistant steel plates and glycerine. SRC: (SRA + SRB): Resistant on ceramic + Sodium Lauryl Sulphate, steel plates and glycerine. HRO: Heat resistant outsole +300°c. SAFETY SHOE PROTECTION Fibreglass Toe Cap Solid Gear and Toe Guard fibreglass toe caps are lighter and safer than traditional toe caps. In addition, they feature a multilayer technology which creates a roomier toe box and a sporty appearance. Fibreglass is a nonconductive and metal-free material. CE Fibreglass toe cap is certified to withstand the EU standard safety regulation. Composite Plate Solid Gear and Toe Guard composite plates are made of technical fibres and are lighter and thinner, but still stronger, than their predecessors. The new design creates extra comfort and improved flexibility. Our composite plates are certified to withstand the EU standard safety regulation. NanoToe™ Nano Carbon composite material is 40% stronger than regular fibreglass. Thinner wall design provides more room for better comfort. Meet all international standards, including ASTM, CSA, EN 125685. It is the first pair of safety toe caps made of Nano carbon technology in the world. Bring your shoes excellent comfort, light weight, and strong protection, with the most innovative technology. Contender Composite Inc. is the leading supplier of composite toe caps. In close cooperation with them, Solid Gear have developed fibreglass and NANO toe caps 100% tailored to our products. WRU: Uppers resistant to water < 60 minutes. WR: Waterproof footwear. CI: Cold insulation. FO: Fuel Oil-Resistant Outsole. SAFETY SHOE TECHNOLOGIES VIBRAM® is an extradurable and rugged sole designed to provide an extremely strong grip on uneven surfaces. Vibram® outsoles come in both rubber and TPU, where the rubber outsole is heatresistant and can withstand temperatures of up to 300°C. CORDURA® is a highly durable and hard-wearing fabric with an effective feature allowing feet to breathe. GORE-TEX® is a thin, perforated membrane. Its pores are 20,000 times smaller than water droplets, but are 700 times larger than water molecules. This means that water vapour can pass through the membrane, but it blocks drops of water. GORETEX® is 100% waterproof and has a highly effective feature allowing feet to breathe. FLEX-SYSTEM is designed to work with the biomechanical functions in our foot. The System is supporting our natural movement, providing stability and support. It distributes pressure to the ergonomic zones, helping the foot flex efficiently. ESD protection ensures that static electricity is discharged. The shoes have a resistance ranging between 0.1 MOhm and 100 MOhm in accordance with ISO IEC 61340. The BOA® Closure System is quick, simple and durable. Its technology is so simple that practically anyone can use it. By distributing pressure evenly across the feet, the fit of your footwear can be adjusted to your preference. Simply press the wheel and turn it until you are satisfied. Solid Gear STARKNIT is an upper constructed as one solid piece. Polyester yarn is knitted together in a precise and detailed process that provides a feather light, glove-like fit without any seams. Because of its ability to vary in thickness across the upper, the STARKNIT is called a smart construction. The knit is adjusted depending on what function it needs to fill, being thicker in areas where you need more protection and lighter where you need higher breathability and flexibility. An Algix brand, BLOOM™ launched the world’s first algae-blended EVA to the footwear industry as a sustainable ingredient in flexible foams for high rebound applications such as shoes, sporting products, and accessories. The algae absorbs pollution in the water, leaving a harvestable substance which is then processed and ready to be mixed with EVA. All prices shown are Recommended Retail Prices ex VAT THE LEATHER WORKING GROUP is an international, not-for-profit membership organisation and responsible for the world's largest leather sustainability program. LWG aims to improve the environmental impact of the leather industry by assessing and certifying leather manufacturers. This symbol indicates the leather used in a particular shoe has been certified by the Leather Working Group. MATRYX® is a textile composed of high tenacity synthetic yarns (Polyamide or Polyester) coated with Polyurethane and technical yarns (Aramid fibre, Carbon, Monofilament etc.) distributed in a single piece per zone. MATRYX® and its different ranges offer a mapping adapted to the needs and requirements of each sport. This patented technology allows for the reduction of the number of components by about 50%, to avoid the assembly of pattern pieces in the upper as much as possible. 89