Category Archives: Non-Sparking Tools

Deelat Industrial is your source for non-sparking tools that can eliminate the risk of accidents due to rising sparks. Crafted of aluminium-bronze (a high-quality, non-sparking metal), these tools will not spark when it comes in contact with flammables or explosives.

6 Safety Tips for Non-Sparking Tools

Non-sparking tools are commonly made from non-ferrous metals like brass, bronze, or alloys, like aluminum-bronze. In turn, these tools greatly reduce sparks when they’re used properly, which can reduce the risk of fire or explosion in hazardous work environments.

Standard hand tools, on the other hand, are commonly made of steel alloys. When struck or ground against surfaces, steel tools tend to create sparks, which have the potential to ignite flammable vapors, dusts, solvents or liquids. In these hazardous environments, non-sparking tools add another layer of safety and can help prevent accidents. The key, though, is following the manufacturer’s recommended use guidelines and maintaining your non-sparking tools properly. Here are some safety tips for non-sparking tools:

1. Keep Your Non-Sparking Tools Clean

To maximize the non-sparking property, your tools must be free of contaminants, like iron or steel residue. When these substances are present on the heads of a non-sparking wrench, for instance, the tool is more likely to generate sparks. To prevent this, follow the regular, manufacturer-recommended cleaning schedule.

2. Avoid Using Copper-Based Non-Sparking Tools with Acetylene

Tools that are made mostly of copper, like an aluminum-bronze hammer or wrench, should not be used in direct contact with acetylene, because there’s a risk for the formation of explosive acetylide. This is particularly true in damp environments. In these situations, potential explosions aren’t caused by sparking; instead, they are caused by the reaction between copper and acetylene.

3. Proper Maintenance

Non-sparking tools are made with softer metals compared to standard steel tools. This can cause them to wear more quickly, and in turn, non-sparking tools require regular maintenance. Therefore, to maximize their capacity, follow the manufacturer instructions for regular face- and head-resurfacing.

4. Use Proper Ventilation

Non-sparking tools are commonly used in environments where flammable vapors and dusts are present. The use of a local or mechanical ventilation system can help diminish the presence of these contaminants, and subsequently, reduce the risk for fire or explosion from sparking surfaces.

5. Understand Your Environment

Although non-sparking tools can reduce fire and explosive risk, it’s still important to monitor the work environment to ensure an explosive environment doesn’t develop. A gas detector or infrared thermometer, for example, can help you quickly gauge potential hazards at the work site.

6. Know Your Non-Sparking Tools Rating

The material your tool is made from is designed to be used safely with particular elements. For instance, aluminum-bronze non-sparking tools aren’t safe for use around hydrogen, gas of water, or acetylene. Copper-beryllium hammers and other tools, on the other hand, can be used in the majority of environments, but you should use caution around acetylene. Following the manufacturer’s guidelines use will help you avoid using your non-sparking tool in the wrong environment.

Deelat is your source for non-sparking tools like aluminum-bronze wrenches, hammers and mallets. Browse our extensive inventory of non-sparking tools right now.