Table of Contents:

Table of Contents:

07-11-2022

Electronics are sensitive components – a surge of electricity or exposure to static charge can do irreversible damage and cost manufacturers and facility managers both time and money. Not to mention, built-up static charges of significant volumes can even result in an electric spark and potentially lead to explosions and fire.

ESD has long been a concern for semiconductor facilities, dating back to studies done by Bell Labs in the early 1960s, when researchers were concerned about the impact of lightning strikes on chips. These issues have largely been contained through extra circuitry, or margin. As computer chips get smaller and more advanced, there's less built-in protection (smaller margins) to guard against electrostatic discharge, so it becomes more challenging to protect chips.[1]

Even though static electricity is a part of life, it can be regulated to avoid interference with daily operations and keep workers and facilities safe.

And it starts with the floors.

Seamless flooring provides an ultra-smooth, static-controlled surface, ideal for semiconductor control rooms where cleanliness and performance are critical.

This Stonchem lining ensures a seamless, chemical-resistant surface for wafer fabrication, safeguarding operations from harsh chemicals and contaminants.

ESD floors, also known as static-dissipative floors or conductive floors, provide superior static control, inhibiting static electricity on a person or from reaching sensitive equipment. These floors help direct electrostatic discharge to grounding points and help safeguard sensitive equipment and personnel. In a full ESD program, the floor is joined by other protective measures, including ESD footwear, grounded table-tops and ESD wrist straps.

Check out the benefits of ESD flooring:

  • Protecting personnel from injury or loss of life due to shock or explosion. ESD floors are often used to protect those working in cleanrooms.

  • Protecting sensitive electronic components from damaging static electricity.

  • Better performance than tile, which can delaminate under heavy-duty conditions.

  • Saving money on replacing or repairing electronic equipment that has failed or been damaged due to static electricity.
  • Creating a 100% effective static-controlled environment, complete with ESD footwear.

Seamless, safe, clean floors are the only option for semiconductor environments. Stonhard’s pouredin-place clean floor solutions, ranging from coatings to multi-layered systems, are designed to protect chip manufacturing environments against contamination. They are resistant to impact, abrasion, chemical spills and stains, and keep dust from compromising chips and wafers.

Stonhard will install on your schedule and meet your deadlines to avoid prolonged downtime and loss of production time. When you choose high-performing, rigorously tested, durable floor solutions from Stonhard, you won’t have to worry about having to shut down operations due to floor failures.

For more information on our semiconductor flooring solutions, read our brochure.

Stonhard is the unprecedented world leader in manufacturing and installing high-performance polymer floor, wall and lining systems. Stonhard maintains 300 territory managers and 200 application teams worldwide who will work with you on design specification, project management, final walk-through and service after the sale. Stonhard’s single-source warranty covers both products and installation. Contact us to learn more about our precision installation methods and specialized products.



About The Author

Lynn Mattoon Content Manager Stonhard

Lynn Mattoon

Content Manager

Lynn Mattoon has an extensive career in B2B marketing, specializing in industrial and commercial health and safety solutions. She joined Stonhard in 2015 and serves as the company's content manager overseeing the creation, curation, and strategy of Stonhard’s digital content. She earned a B.A. in English from Rowan University, a certification in secondary education, and has a lifelong love of writing.

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