Laboratory flooring plays a vital role in creating safe, durable, and compliant lab environments. From chemical resistance and ease of cleaning to long-term wear and sustainability, flooring choices influence not only the performance and safety of a lab but also its ability to meet industry standards. Careful consideration of materials, installation methods, and maintenance strategies is key to ensuring both functionality and longevity.

On August 13, 2026, Lab Design will host a virtual event on Lab Flooring, part of the Lab Design Digital Conference series. This program will help project teams evaluate the best flooring options for their lab projects, balancing durability, compliance, and design flexibility. Lab managers, researchers, and end users will gain insights into what questions to ask during planning to ensure their flooring supports daily operations, is resilient against wear and chemical exposure, and can be maintained easily over time. Vendors and manufacturers will also benefit from learning about the latest developments in lab flooring, along with the considerations and concerns that project teams and users bring to the decision-making process.

Industry experts will review best practices for selecting and installing lab flooring, highlight innovations in sustainable materials and finishes, and share strategies for designing or renovating lab spaces with optimized surfaces. Each session will include an interactive Q&A, giving attendees the opportunity to engage directly with experts and gather practical guidance for their own projects. Registration is free—join live or access on demand.

Key takeaways:

1. Learn how to select lab flooring that withstands chemical exposure, heavy traffic, and long-term wear while maintaining safety and compliance.

2. Understand how flooring choices impact lab operations, regulatory adherence, and overall performance of the space.

3. Gain insights into methods that ensure proper installation, ease of cleaning, and long-term maintenance efficiency.

4. Explore new materials and finishes that enhance sustainability without compromising durability or functionality.

5. Discover strategies for creating lab surfaces that support evolving workflows, equipment changes, and diverse research requirements.