Are non-sparking tools spark-proof?

No. They can still make low-energy sparks. The alloys make a spark hot enough to ignite a flammable atmosphere less likely. They do not replace ventilation, atmosphere monitoring or bonding and grounding.

What are non-sparking tools made of?

Common alloys include aluminum bronze and copper beryllium. Both are copper-based and softer than steel. Each product page says what its maker states about the tool.

Does OSHA require non-sparking tools?

Not as a general rule. OSHA's flammable liquids rule requires precautions against ignition sources. Spark-resistant tools can be one of those precautions, depending on your hazard assessment. A few specific operations, such as the cleaning tools used in spray-finishing areas, do call for nonsparking material.

Can I get a quote for a crew or a site?

Yes. Use the Request a Bulk or P.O. Quote button on any product page and tell us the tools and quantities you need.

Non-Sparking Tools

15 products in this collection ↓

Metal non-sparking hand tools are made from nonferrous alloys such as aluminum bronze or copper beryllium instead of steel. Struck, dropped or dragged, they are less likely than steel to throw a spark hot enough to ignite flammable vapors, liquids or combustible dust. Crews use them around fuel and solvent handling, in refineries and chemical plants and in grain and other dusty operations. In classified areas, the site's hazard assessment decides whether they are called for. Our non-sparking tools guide explains how they work and where they fit.

Choosing a tool

Match the tool to the work. Non-sparking alloys are softer than steel. Use each tool only for the job it is made for and follow the maker's care instructions.
Striking tools such as sledges, hammers and wedges are listed with their head weight and overall length.
Shovels, scoops and brushes handle cleanup and dust control where a steel blade or steel wire could strike a spark.
Read the maker's cautions. Copper-based tools should not come into direct contact with acetylene, ethylene oxide or some explosives. The alloys conduct electricity, so ground the tool where static charge is a concern.

Non-magnetic, not MR Safe

The copper-based alloys are essentially non-magnetic, which is why these tools also turn up around MRI suites and other strong magnets. Non-magnetic is a materials statement from the maker. It is not the MR Safe label, which no metal tool can carry. The guide covers non-magnetic tools in more detail.

What the rules say

OSHA's flammable liquids rule requires precautions against ignition sources, including mechanical sparks, where flammable vapors may be present. OSHA does not set a general rule that hand tools must be non-sparking, though a few operation-specific rules call for nonsparking material, such as the cleaning tools used in spray-finishing areas. Whether reduced-spark tools are one of your controls comes out of your hazard assessment. See what OSHA requires, OSHA 1910.106 for flammable liquids, NFPA 30 and NFPA 70 hazardous locations.