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Unsere Hitzeschutzhandschuhe nach EN 407 eignen sich wunderbar für die Arbeit mit warmen und heißen Gegenständen und bieten einen Schutz bis zu einer Kontakthitze von 500 °C. Für zusätzlichen Grip bei der Arbeit sorgen unsere Hitzeschutzhandschuhe mit Nitril Punktbenoppung.
Content: 12 pair (€3.57* / 1 pair)
Available, delivery time: 1-3 days
Content: 12 pair (€6.00* / 1 pair)
Content: 6 pair (€11.88* / 1 pair)
Content: 5 pair (€21.45* / 1 pair)
Available in 12 days, delivery time 1-3 days
Content: 12 pair (€3.62* / 1 pair)
When working with heat or warmth, heat-protective gloves must be worn that provide effective protection not only against radiant heat, but also against contact heat.
This means that they protect the hands from direct contact with hot surfaces. For certain types of work, such as flexing or welding, it is advisable to wear so-called welding gloves, which insulate not only against conductive heat but also against radiant and contact heat.
By using materials such as aramid in the composition of the heat protection gloves, the hands are also protected against mechanical risks and cuts. These work gloves are used in a wide range of industries and can also be found in foundries and bakeries due to their heat resistance.
Heat protection gloves provide reliable protection against heat and warmth by offering insulation performance against high temperatures based on test values. They not only protect against radiant heat, but also against contact heat, which occurs when the skin comes into direct contact with a hot object.
Depending on the design of the work glove, the maximum contact heat can be up to 500°C. In addition to heat resistance, other properties such as abrasion resistance and durability can be decisive. There are also models that offer cut protection and protect against injuries caused by sharp-edged objects.
To increase grip, some of the work gloves are equipped with studs. This allows work to be carried out in dry, oily and damp environments. The glove is then correspondingly water-repellent. Due to the choice of material, heat protection gloves are breathable and comfortable to wear.
In certain cases, heat protection gloves for occupational safety can be fitted with so-called nitrile dot studs. The nubs ensure greater safety and grip when gripping objects.
The term heat protection gloves also covers welding gloves, which must be particularly resistant to radiant heat and contact heat. Welding work in particular generates radiant heat as well as contact heat. Some models of heat protection gloves are therefore also equipped with cuffs, which are often made of aramid, to further reduce the risk of burns on the forearms.
Work gloves against heat can be lined with cotton on the inside. For the outside, for example, Kevlar, which consists of aramid fibres, leather, polyamide and acrylic are used. The gloves are available in different sizes to provide optimum protection for every hand size.
Heat protection gloves comply with the EN 388 (mechanical risks) and EN 407 (heat and/or fire) standards, which specify the respective test values for the resistance of the material, including the performance levels for contact heat.
Welding gloves must always fulfil both standards and must therefore only be marked with EN 12477, which combines both standards. Heat protection gloves fall into PPE protection category II and are therefore intended for medium risks.
Heat protection gloves are mainly used in industry. This includes the metal and rubber industries as well as the food industry. However, heat and warmth, including contact heat, are also used in manual trades, road construction, foundries, bakeries and the automotive industry.
Wearing heat protection gloves is therefore also recommended as part of occupational safety in these areas. Depending on the case, the use of welding gloves is preferable to other heat protection gloves.
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