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SAFETY FOOTWEAR DATA SHEET |
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| QUALITY All Safetoes Safety footwear is produced to meet the CE EN marks and conforms to the following standards. |
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| INSOLES All Safetoes Safety Footwear has a Full Foot bed for additional all day comfort. |
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DUAL DENSITY POLYURETHANE SOLES |
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Sole construction The inner layer is made from low-density polyurethane, due to its lightness and absorbing properties it reduces muscle fatigue whilst cushioning the foot. The outer layer is made of high-density polyurethane, offering maximum durability, which is extremely resistant to abrasion, oil, mild chemicals and light swarf. The soles are heat resistant to 200°C and offer high levels of slip resistance. |
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| Strobel stitching All our Dual Density footwear is manufactured using the strobel stitching technique, this offers maximum flexibility by reducing surplus leather underneath, therefore reducing the weight of the footwear ensuring all day comfort. |
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| GOODYEAR WELTED This is a traditional method of construction by attaching the sole to the upper directly stitching through the sole. The usual outer sole is constructed of rubber and is more rugged, ideal for outdoor use, providing stability under the foot, with a heat resistance of 300oC ”. |
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| PU/RUBBER Safetoes PU/RUBBER offers all the superb characteristics of the Lightweight Dual Density Sole benefits, combining Cushioning and Flexibility of the Inner Layer of polyurethane whilst ensuring maximum Slip and Heat Resistance (300°C) of a Traditional Rubber sole. Its construction fuses the light inner Polyurethane with an Outer Layer of Nitrile Rubber. This is Safetoes ideal solution to extreme underfoot-working conditions! |
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| STEEL MIDSOLES Steel midsoles prevent penetration through the base of the footwear by glass, nails or any penetrating objects. In the construction industry it is a mandatory requirement for anyone working on any site to have both Toe Cap and Steel Midsole. |
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| ANTISTATIC FOOTWEAR Antistatic footwear allows static electricity to pass through the footwear whilst providing protection against mains voltage of up to 240V. Static has become an increasing concern to industry. Flour/Paint Plants and Hospitals are some examples where a high static charge can be built up due to operators frictional movement. The level of resistance should be between 100kK2 and 1000MS2 megohms, when tested in accordance with EN344. |
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| Mens and women sizes The majority of Safetoes styles are available from sizes 36 to 48 (3-13) Unisex, ensuring Women the Same choice and selection as men. |
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| WIDTH FITTING All Safetoes styles have been manufactured on Wide Fitting Lasts to ensure a comfortable fit around the Toe Area. |
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| TOE CAP IMPACT TEST - REQUIREMENTS For footwear to be classified to the EN standards, the toe area needs to be sufficiently strong and high enough to withstand an impact of either 100/200 Joules. This is measured by a 20 Kg chisel shaped weight dropped from a height of 1.02m for 200 joule ratings and a height of 0.51 m for 100 joule ratings. |
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| Calculations: Drop height x Weight x Force of gravity (9.81) Safety (EN345) 1.02m x 20kg x 9.81 = 200 Joules Protective (EN346) 0.51 m x 20kg x 9.81 = 100 Joules |
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| Required internal height is: Size 3 12.5mm Size 4/5 13.Omm Size 6 13.5mm Size 718 14.Omm Size 9/10 14.5mm Size 11+ 15.Omm |
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