Safety tools are made of special copper-based alloys and contribute to explosion prevention in the company as an important measure. In addition, there are insulated safety tools with 1000V that protect against overvoltages during use.
Fire-rated cabinets for ATEX zones - What do I need to know
Within DSEAR, an explosive atmosphere is defined as a mixture of dangerous substances with air, under atmospheric conditions, in the form of gases, vapours, mist or dust in which, after ignition has occurred, combustion spreads to the entire unburned mixture. You need to carry out a risk assessment to determine if your storage cabinet needs to be zoned as a hazardous area. Where there are flammable vapours present any electrical equipment that is installed needs to be ATEX rated.
Explosion protection can quickly become an issue in all industries: Many hazardous substances that are handled on a daily basis harbour a corresponding hazard potential. Here you can find out what you need to know to get started with explosion protection.
At DENIOS you will find a product range covering all aspects of explosion protection that offers olutions for all your needs. This includes over 2,000 articles for use in Ex areas, with which you can cover all 3 levels of explosion protection measures. Here's an overview!
Electrostatic discharge is a well-known everyday phenomenon in many industrial processes. Unfortunately also a dangerous one, because electrostatic discharges can cause explosions. But how can electrostatic charges be effectively avoided in hazardous areas? And which safety product is ultimately the right one? With our practical guide "Earthing systems", we'll get you up to speed on earthing in no time.
When working with commercially available steel tools, sparks may occur. Gas-air mixtures can be exploded by these sparks. In workspaces where these mixtures may or may already be present, the creation of flammable sparks must be avoided at all costs. The use of non sparking tools is only one but a very important measure in explosion prevention in the company. They consist of special alloys based on copper. However, the following instructions should be observed for your use.
Instructions for use
Even when using non sparking tools, the creation of sparks can never be completely ruled out. Therefore, the following measures are recommended:
Rusty or light metal painted surfaces should be wet with oil or water when working
Ideally, rust should be removed in advance
Ensure your workspace is well ventilated
Containers, apparatus and piping may need to be filled with inert gas
Take care that no sparks can be caused by falling objects
Ensure work wear is free from iron parts
Non-sparking tools are made of as few hard alloys as possible. For this reason, they are more sensitive than steelworks. This is to be considered when in use. If signs of wear and tear occur, it is advisable to wait for new tools and it is also important that each tool be used only for its intended purposes, not use chisel as crowbar or normal wrench as a blow key. Customers should pay attention to these precautions during maintenance:
Non-sparking tools made of copper-beryllium, e.g. For various reasons, scrapers, screwdrivers, pliers etc. must never be reground in the same way as steel tools
When heated above 250 ° C, the performance of the alloy copper beryllium is largely lost and the tool then only has the hardness of copper. It will be practically useless!
Therefore tools made of CuBe (copper beryllium) should only be ground wet. This prevents the dusts and vapors produced during grinding, the inhalation of which can be harmful to health. Wearing further protective clothing is mandatory. We do not recommend reforging tools made of CuBe!