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STANDARTS

RISK LEVEL PRODUCT CONTROL QUALITY CONTROL
CLASS I insignificant risks certificate from the manufacturer under manufacturer's control
CLASS II significant risks CE mark testing under manufacturer's control
production control by an authorized body
CLASS III fatal risks from an accredited laboratory (product testing according to the EN2900
quality requirements)
EN 21420 GENERAL REQUIREMENTS FOR PROTECTIVE GLOVES
pH, chromium content, size, functionality, water-vapor permeability, safety
MECHANICAL RISKS PROTECTION LEVELS
1 2 3 4 5
a) resistance to abrasion number of cycles
EN 388 b) blade cut resistance index
a b c d
c) tear resistance force, N
d) puncture resistance force, N
PROTECTION AGAINST CUTS
EN 1082 They are tested at a power of 2.45 joules (falling weight of 1000g at a height of 250mm).

EN 1149 ELECTROSTATIC PROPERTIES
Result: Resistance values between 106 and 109 /cm
COLD
EN 511 a) protection against convective cold thermal insulation per m , C°/ W
b) contact frost resistance thermal insulation per m , C° / W
2
a b c
c) penetration
HEAT AND/ OR FIRE
a) fire properties duration of flame contact
b) resistance to contact with hot surfaces
EN 407 c) convective heat heat transfer
a b c d e f d) radiant heat heat transfer
f) large quantities of molten metal number of drops needed to reach a temperature of 40°C
f) large quantities of molten metal A PVC film is attached to the back of the glove material. Molten
iron is poured onto the material. The measurement consists of
how many grams of molten iron required to damage the PVC film
CHEMICAL RISKS
EN 16523-1 Measures how quickly a liquid chemical moves through the glove material (min.)
class 1>10/ class 2>10/ class 3>60 class 4>120/ class 5>240/ class 6>480
EN 374-2 PROTECTION AGAINST MICROORGANISMS
Measures how quickly a liquid chemical moves through the glove material.
MATERIALS AND ARTICLES IN CONTACT WITH FOOD
Materials and objects in contact with foodstuffs
WORK GLOVES 259