60050 60049 60038 3 1 2 1 X EN 388:2016 3 1 2 1 X EN 388:2016 3 1 1 0 X EN 388:2016 EN 16350:2014 uvex phynomic airLite A ESD Art. no. 60038 Design knitted cuff Standard EN 388 (3 1 1 0 X), EN 16350 Material polyamide, elastane, carbon Coating palm and fingertips with XtraGrip-NBR coating Suitable for for dry and slightly damp areas of application Colour black Sizes 5 to 12 Order quantity multiples 10 PR Mechanical Risks Area of application: precision/all-round uvex phynomic foam • dexterity safety glove for precision mechanical work • good grip in dry and slightly damp areas • highly breathable coating • free from accelerators, health protection and skin compatibility dermatologically approved (proDERM®), highly suitable for allergy sufferers uvex phynomic allround • light and dirt-resistant all-round safety glove for mechanical activities • good grip in dry and slightly damp areas • highly breathable coating • free from accelerators, health protection and skin compatibility dermatologically approved (proDERM®), highly suitable for allergy sufferers uvex phynomic foam Art. no. 60050 Design knitted cuff Standard EN 388 (3 1 2 1 X) Material polyamide, elastane Coating palm and fingertips with foam-NBR coating Suitable for dry areas and slightly damp areas Colour white, grey Sizes 5 to 12 Order unit 10 PR uvex phynomic allround Art. no. 60049 Design knitted cuff Standard EN 388 (3 1 2 1 X) Material polyamide, elastane Coating palm and fingertips with foam-NBR coating Suitable for dry areas and slightly damp areas Colour grey, black Sizes 5 to 12 Order unit 10 PR uvex phynomic airLite A ESD • ESD function (DIN EN 16350:2014) • a noticeable difference in wearer comfort: combination of high sensitivity and tactile feel, lightness and breathability • touchscreen compatibility for use on almost all screens, tablets and mobile phones • free from accelerators, health protection and skin compatibility dermatologically approved (proDERM®), highly suitable for allergy sufferers more information at www.uvex-safety.com/airlite CO2 HQQVRTKPV 0.32 kg CO2 G 04/2024 (60038), 0.35 kg CO2G 04/2024 (60050, 60049), calculation method see page
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