Personal Protection Health and Safety 1142 X1XXXX hFor all work requiring protection against extreme temperatures TEMPDEX 720 TEMPDEX 710 TEMPCOOK 476 MAPA Thermal protection gloves Model Material Interior finish finish Length/ Thickness Standards Description / Applications Size Cat. No. Packaging unit € TEMPDEX 710 Nitrile sand Knitted seamless/ Nitrile coating and dot embossing on palm and fingers 240 to 280 mm (depending on size) Description • Dexterity assured: thinness and anatomical shape of the glove • Superior durability: excellent abrasion resistance • Special Nitrile Grip coating for medium oily environments • Knitted cuff Applications • For handling hot items (maximum recommended temperature: 125 °C) and slightly oily • Protects against cuts (720 only) 7 430127B Bag of 10 pairs N/A - 9 430056B N/A - 11 430057B N/A - TEMPDEX 720 Seamless knitted made from aramid fibres/ Nitrile coating, dot embossing on palms and fingers 7 430058 Bag of 12 pairs N/A - 9 430059 N/A - 11 430060 N/A - 7 430058B Bag of 1 pair N/A - 9 430059B N/A - 11 430060B N/A - TEMPCOOK 476 Nitrile Thermal protection knit / Anti-slip surface 450 mm Description • thermal protection up to 250 °C • Washable, resistant to oils, greases and major detergents. • Sizes: 9 = small, 11 = medium, 12 = large. Allow two extra sizes for the inner thickness. Applications • Autoclaves and food processing applications 9 430128B Bag of 1 pair N/A - 11 430129B N/A - 12 430130B N/A - 4343B 4443D 111 4111X X2XXXX X2XXXX Cat. 2 Cat. 3 Cat. 2 What is a Thermal protection glove - Cold ? Thermal Protection Gloves hHeat resistant, protection up to 370 °C hLow thermal conductivity hDouble layer, knitted hWashable, non-shrinking hGood chemical resistance hIn nomex, asbestos-free hAlso suitable for use at low temperatures hAvailable in 3 sizes and 2 lengths (30 or 52 cm) hTested against EN388 (1, x 4, x) and EN 407 hCE marking Size Small 446650 N/A - 446654 N/A - Medium 446651 N/A - 446655 N/A - Large 446652 N/A - 446656 N/A - Extra Large 446653 N/A - 446657 N/A - Gloves L = 30 cm € the pair Gloves L = 52 cm € the pair Heat Protection Gloves The EN 511 standard applies to all gloves that protect the hands against convective and contact cold down to -50 °C. The pictogram "risk by cold" is accompanied by a 3-digit number. Level X: the test is not applicable or the glove has not been tested. Tests Performance levels 0 1 2 3 4 5 A. Convective cold resistance: convective cold transfer (thermal insulation in m2, °C/W) ≥ 0.10 ≥ 0.15 ≥ 0.22 ≥ 0.30 - B. Resistance to contact cold: thermal resistance on contact with a cold object (thermal resistance in m2, °C/W) ≥ 0.025 ≥ 0.050 ≥ 0.100 ≥ 0.150 - C. Water permeability after 30 min. exposure Water penetration No water penetration - - - A B C The standard EN 407: 2004 defines the requirements and test methods against thermal, heat and/or fire hazards. The pictogram is accompanied by 6 numbers illustrating the level of protection: index from 0 to 4. What is a Thermal-Hot protection glove? Level X: the test is not applicable or the glove has not been tested. Sources: shieldscientific.fr and ansell.fr Tests Performance levels 0 1 2 3 4 A. Flammability /fire behaviour resistance: flame persistence time (s.), the time during which the material remains ignited and then continues to burn after the source of ignition has been removed ≤ 20 s ≤ 10 s ≤ 3 s ≤ 2 s B. Contact heat resistance: temperature at which the wearer of the gloves will not feel any pain for a period of at least 15 s. 100 °C 250 °C 350 °C 500 °C C. Convective heat resistance: heat transfer in seconds, time during which the glove is able to delay the heat transfer of a flame ≥ 4 s ≥ 7 s ≥ 10 s ≥ 18 s D. Radiant heat resistance: heat transmission in seconds, the time during which the glove is able to delay heat transfer when exposed to a radiant source ≥ 5 s ≥ 30 s ≥ 90 s ≥ 150 s E. Resistance to small splashes of molten metal: amount of molten metal required to achieve a temperature rise of 40 °C (number of drops) ≥ 5 ≥ 15 ≥ 25 ≥ 35 F. Resistance to large splashes of molten metal mass (g) of molten metal required to cause a superficial burn ≥ 30 g ≥ 60 g ≥ 120 g ≥ 200 g Type A AFGJOT
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