Новые режущие инструменты, производственная мебель и средства защиты Hoffmann Group 2027
Каталог Hoffmann Group запасные части, оснастка и СИЗ
Каталог Hoffmann Group ручной и измерительный инструмент
Каталог Hoffmann Group режущий и вспомогательный инструмент
Производственная мебель и системы хранения Hoffmann Group 2026 
GBP 57 PRODUCT STANDARDS Pictograms: Silicone- Oeko- Cut Cut free 18G 21G Tex B C EN16350 EN407 100 Suitable for Does not contain 18/21-gauge knitted fabric Touch-screen Protection against heat Oeko-Tex certified Cut protection level Cut protection level ESD workspaces silicone (number of stitches per 1.5 inch) operation possible according to EN 407 B C according to EN 16350 VIRUS Cut Cut Cut D E F EN511 EN60903 EN374 EN374 ABC Protection against cold Protection for working Protection against Approved for the Protection against Cut protection level Cut protection level Cut protection level according to EN 511 on live equipment micro-organisms/viruses food industry certain chemicals D E F according to EN 60903 according to EN 374 according to EN 374 EN 388 – protection against mechanical risks: This pictogram indicates that the gloves were tested for resistance to mechanical If during the conventional Coupe Test for cut resistance it is found that the risks. The different tests are always carried out on samples from the palm area. blade has become blunt, at least the alphabetic step for resistance to cuts to For the categories of abrasion-resistant, cut resistance, tear propagation EN ISO 13997 (TDM test) must be stated as the fifth digit of the identification. resistance and puncture resistance, different performance levels are determined. Here, the cut resistance is determined using a long straight blade at a high and These are indicated under the hammer pictogram using a numerical code. constantly increasing force of 2 – 30 Newtons. An “X” means that no test has been carried out for this criterion. EN 388 4 × 4 2 C (P) Inspection Level 1 Level 2 Level 3 Level 4 Level 5 Resistance to abrasion (revolutions) 100 500 2000 8000 – Resistance to cuts (factor) – Coupe Test 1.2 2.5 5.0 10.0 20.0 Tear propagation force (Newton) 10 25 50 75 – Puncture force (Newton) 20 60 100 150 – Cut resistance (Newton) – TDM >2 >5 > 10 > 15 > 22 > 30 A B C D E F Low cut resistance Medium cut resistance High cut resistance Highest cut resistance Impact test Marking P when the test has been passed EN 407 – Protection against heat: 1 - 2 - 3 - 4 - 3 - 2 Protection against: Performance level This standard specifies the thermal properties of gloves to protect Limited flame spread 0 to 4 against heat or flames. The nature and degree of protection is indicated (burning behaviour) by a pictogram and six performance indicators, which relate to specific Contact heat 0 to 4 protective qualities. EN 407 does not apply for the specific applications, Convective heat 0 to 4 such as welding or fire fighting. If a test is not carried out or passed, it is marked with an “X”. Radiated heat 0 to 4 Drop of molten metal 0 to 4 (small splashes) Molten metal 0 to 4 (large quantities) EN 511 – protection against cold: If a glove has this pictogram, it meets the requirements for protection against cold. The performance level that the glove achieves is indicated by a three-digit numerical code under the pictogram. Gloves that provide 3 4 1 protection against cold should protect both against penetrating cold (convective cold)and also against contact cold, that is direct contact with Performance level cold objects. Convective cold 0 to 4 The test for water resistance has been passed with the grade of 1 Contact cold 0 to 4 if after 30 minutes no water has penetrated into the glove. Water resistance 0 or 1 “X” means that no test has been performed, a “0” means that the test has 0 = water penetration, not been passed. 1 = no water penetration EN 60903 – Protection for working on live electrical systems: Class Maximum useful voltage AC test voltage Gloves for working on live equipment are not just subject to the usual glove standard Volts Volts EN 21 420, but also EN 60903. Electrician’s gloves must be inspected every 6 months. 00 ≤ 500 2,500 For classes 00 and 0, a check for air holes and a visual inspection is sufficient. 0 ≤ 1,000 5,000 Since such high voltages can be life-threatening, the insulating electrician’s gloves 1 ≤ 7,500 10,000 are classified into category III according to the PPE Regulation. 2 ≤ 17,000 20,000 3 ≤ 26,500 30,000 4 ≤ 36,000 40,000 171