Labour insurance gloves is in order to better safeguard the safety and physical and mental health of workers in the process of processing and issued to the employees themselves to apply the protective equipment, for safety protection of cuts, anti-static or very easy to produce mechanical equipment trauma and other risks of the actual operation; for safety protection in the obvious source of radiation or ultra-low temperature standards of the actual operation; for safety protection of the dissemination of toxic, irritating, infectious chemical substances or many fumes, etc.
Labour gloves are divided into the following categories according to their function:
Used for arm maintenance, the key anti-cut wear-resistant gloves, anti-static gloves, arc welding gloves, anti-X-ray gloves, asbestos gloves, nitrile rubber gloves and disposable PE gloves and so on.
The role of safety gloves
1.Avoid or damage with high temperature and ultra-low temperature;
2.Avoid the damage of magnetic induction and electromagnetic wave radiation;
3.Avoid the damage of electricity and compounds;
4, to avoid collision, laser cutting, abrasion, microbial strain damage and its infection.
The use of different safety gloves
1, thick white canvas gloves are mostly used for high temperature, heavy physical work, such as ironmaking, forging and other skilled trades;
2, thin white canvas, cotton yarn, split-finger gloves are key to maintenance workers, lifting equipment drivers and welding and other skilled trades;
3, suede leather products long gloves key to welding trades;
4, vulcanised rubber or coated vulcanised rubber gloves are key to electrical equipment, forging and other skilled trades.
Safety gloves application of common problems
1, the application of gloves before checking whether it is destroyed;
2, electrician work with insulating layer gloves, according to the working voltage selection of appropriate gloves, check whether the surface cracks, sticky, brittle and other shortcomings, if there is an abnormality is strictly prohibited application;
3, electricity, welding work in the industry when wearing safety gloves, should check whether the leather products or white canvas surface muscle stiffness, thin file, holes and other defects, such as defects, prohibit the application. Gloves should be sufficient length, the wrist can not be exposed to the outside;
4, remove has environmental pollution gloves to prevent air pollutants exposed and touch the skin;
5, in exchange for gloves should be completely cleaned and blow-dried after use;
6, select the appropriate size of the gloves, in order to prevent the posture or hazardous touch;
7, gloves should be stored in areas to prevent high temperature and low temperature sites, welding gloves can not be washed, and do not have to be sealed in the bag to prevent mould or mildew;
8, to prevent hanging pressure or telescopic storage;
9, electricity with vulcanised rubber gloves if there is touching oil, should be cleaned up immediately with ethanol, if the water to clean up, to immediately use a wet cloth to scrub, and placed in a cool place to blow dry;
10, can not be applied to crude oil solvent cleaning;
11, to prevent immediate direct sunlight;
12, the actual operation of a variety of CNC lathes or in the risk of being pinched and squeezed when working in the region prohibited gloves.
Staneex here to remind you: in the various industrial chains, labour gloves are imperative configuration. Depending on the specific application conditions, they should be removed and replaced at regular intervals. Use the right protective gloves in the right scene.
About Us
Ningbo Staneex Imp. & Exp. Co. Ltd is professional company integrating the design and manufacture of a wide range of hi-vis jacket Safety Vest,safety sweatershirt,High Visibility Hoodies,Safety Shirts,safety protective garments,Safety Shoes and Safety Work Gloves accessories.
Our factory can produce a variety of Safety Vests, class 1,class 2, Class 3 Vest,Day vests Mesh vests Hi-vis clothing
All our high visibility workwear are produced strictly according to standards European EN13688,EN ISO20471, EN343, EN11611, EN11612, EN1149; American ANSI/ISEA 107-2020, Canadian CSA Z96-15 and Australian AS/NZS 1906.4, AS/NZS 4602.
