Noah Nichols

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Noah Nichols is VP of Operations at LOC Scientific, a laboratory furniture and fume hood supplier based in Buford, GA that has designed more than 10,400 laboratories and sold or serviced over 20,800 fume hoods since 1986. In his role, Noah oversees the operational side of LOC's design, supply, and installation work for clients across healthcare, education, government, industrial, and research labs.

On the LOC Scientific blog, Noah writes about the practical realities of lab design and operations, from choosing the right materials for a given lab's chemical exposure to the workflow and safety considerations that come up during real installations.

A Guide To Choosing The Right Science Lab Countertop Material

Quick Summary Science lab countertop materials vary in their resistance to chemicals, heat, moisture, impact, and microbial growth, making material selection an important factor in laboratory performance and longevity. Common options such as epoxy resin, stainless steel, phenolic resin, chemical-resistant laminate, and high-pressure laminate each offer distinct advantages for different laboratory environments based on durability,Continue reading “A Guide To Choosing The Right Science Lab Countertop Material”

Why Clutter And Large Equipment Can Be Dangerous In A Fume Hood

Quick Summary

Clutter and large equipment in a fume hood disrupt airflow, increase chemical exposure, and create fire or physical hazards. Overcrowding can block visual monitoring, hinder emergency responses, and reduce the efficiency and lifespan of lab fume hoods. Keeping only important materials, arranging equipment carefully, and maintaining a clean workspace preserves safety, optimizes hood performance, and allows laboratory personnel to work efficiently while minimizing risks from spills, fumes, or accidents. Proper organization is key to maximizing the protective function of every hood.

When Should A Chemical Fume Hood Be Used?

Quick Summary

Chemical fume hoods play a vital role in laboratory safety by containing hazardous vapors, gases, and particles. They are necessary when handling volatile chemicals, following SDS instructions, performing reactions that produce fumes, managing hazardous waste, or working with unknown compounds. Lab fume hoods also protect personnel from odors, irritants, and particulate matter while maintaining proper airflow and environmental control. Using fume hoods consistently supports safe chemical handling, operational efficiency, and compliance with safety regulations.

Essential Fume Hood Design Factors For Safety And Efficiency

Quick Summary

Fume hood design combines proper hood type selection, airflow management, containment performance, and control systems to maintain safety and efficiency in laboratories. Materials, durability, energy efficiency, and customization influence long-term performance and operational cost. Ergonomics, alarms, and operator training support safe and effective use, while integration with HVAC systems results in reliable airflow. LOC Scientific delivers USA-made lab fume hoods with customizable features, high-quality materials, and expert support to optimize lab functionality.

What Is The Best Material For Your Lab Cabinets?

Quick Summary The material used in your lab cabinets affects safety, durability, and daily performance. Each option offers different strengths based on the environment. We design cabinet systems using materials that match your workflow and space. Our goal is to create reliable, organized labs that support long-term use and consistent results.

Essential Furniture Accessories For Your Laboratory

Quick Summary Lab furniture accessories help improve organization, safety, and workflow in any laboratory. The right additions support daily tasks and reduce delays. We design accessories that match each lab’s layout and storage needs. Our solutions help create a clean, efficient, and reliable workspace that supports long-term performance

Determining The Right Size For Your Lab Cabinets

Quick Summary Choosing the right cabinet size affects how a lab performs every day. Proper sizing improves storage, workflow, and safety. We design cabinet systems that match each lab’s layout and needs. Our team focuses on efficiency, compliance, and long-term use. With the right sizing approach, your lab stays organized and ready for growth.

How To Repair Epoxy Resin Countertops

Learning how to repair epoxy resin countertops helps extend the life of surfaces that handle daily use and occasional damage. Small imperfections can appear over time, especially in high-use areas or specialized environments like laboratory countertops. With the right methods, most problems can be corrected without replacing the entire surface.

How Much Do Epoxy Resin Lab Countertops Cost?

Epoxy resin surfaces have gained attention in technical environments where durability and chemical resistance matter. The cost of epoxy resin countertops depends on factors such as size, customization, and installation conditions. In laboratory settings, these surfaces play a key role in maintaining clean, controlled workspaces.

Are Epoxy Resin Countertops Durable Enough For Lab Use?

Epoxy resin countertops durability is often a primary consideration when designing a lab space that operates under demanding daily conditions. From chemical exposure to repeated cleaning, surfaces must handle stress without losing performance or appearance.

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