In the complex web of industry, where sparks can trigger catastrophic consequences, safety emerges as the supreme priority.

This article sheds light on the crucial importance of non-sparking tool certification to ensure their effectiveness in ATEX areas, where volatility is a constant factor.

Non-Sparking Tools: What Are They?

Although we already talked about non-sparking tools at the time, it is worth remembering their definition:

Non-sparking tools are those designed and manufactured with alloys that, when operated with, the sparks they generate will never have enough energy to cause the explosion of an explosive atmosphere.

From wrenches to screwdrivers, every non-sparking tool is an essential barrier in sectors where flammability is a latent threat, such as the chemical and flammable materials processing industry.

Certification: A Commitment to Excellence and Safety

The certification of non-sparking tools is not a simple formality. It represents an unwavering commitment to the safety and security of workers and assets.

Lack of certification exposes businesses to unnecessary risks, from workplace accidents to the loss of expensive facilities. Certification is the guarantee that the tools meet rigorous standards, essential for use in ATEX environments.

In view of the catastrophic consequences associated with the wrong choice of tool, it is vitally important that workers are 100% sure that the tools they use have the relevant certifications. To this end, it is recommended that certifications be done through independent agencies.

The BAM Institute: The Strong Imprint of Safety

EGA Master tools are certified by the prestigious German Federal Institute for Materials Research and Development (BAM), which is approved by the European Union to certify based on Directive 94/9/EC.

In the case of EGA Master, they are sent to the prestigious German Federal Institute BAM, the only one accredited by the European Union that carries out tests on non-sparking materials.

Tests are carried out under extreme conditions (hundreds of times more demanding).

Samples of the alloy are ground at high speeds, creating sparks that are directed into an explosive atmosphere of maximum deflagrability (IIC).

This operation is repeated 100 times.

In industrial tapestry, non-sparking tool certification isn't just an option; It is one of the keys to disaster prevention.

Adopting certified tools is not only sensible from a business standpoint, but it's also an investment in security and risk mitigation.

Safety is non-negotiable, and certification stands as the guiding guardian to a safer and more reliable future of work in explosive environments.

Do you work in ATEX areas? Contact us and get advice from our experts!