⭐⭐⭐⭐⭐ 4.9 / 5 | Google reviews for norlab.us
The Norlab Furniture LLC Epoxy Countertops offer the highest level of surface protection that your laboratory requires for daily handling of chemicals, biological materials, and demanding research processes:
Resistance
Our epoxy countertops deliver the most aggressive chemical and thermal resistance available in laboratory worksurfaces. Cast as a single monolithic slab with zero seams or joints, the surface eliminates contamination traps and withstands direct contact with concentrated acids, open flames, and steam sterilization cycles that would degrade any standard phenolic or composite surface.
Customization
Our epoxy countertops can be customized in thickness, edge profile, cutout configuration, and finish to match the specific chemical processes, equipment layout, and aesthetic requirements of your laboratory.
Compliance
Our epoxy countertops meet SEFA 3, OSHA 29 CFR 1910.1450, and NSF/ANSI 51 standards, ensuring every surface delivers the chemical resistance, structural integrity, and safety performance.
Chemical Resistance
Abrasion Resistance
Heat Resistant
Light Reflectance
Surface Easy to Clean
Long Durability
Norlab Furniture LLC epoxy countertops are engineered using a cast epoxy resin formulation, cured into a single monolithic slab that eliminates the layered construction of phenolic surfaces and produces a seamless, joint-free worksurface with no edges or seams where contaminants can accumulate. This solid-cast structure provides exceptional resistance to concentrated acids, alkalis, organic solvents, and sustained heat exposure, making epoxy the material of choice for microbiology, life sciences, and high-temperature chemistry applications where phenolic surfaces reach their performance limits. Every unit is manufactured under strict American quality standards and designed to deliver maximum durability and contamination control across the most demanding laboratory environments.
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Reference |
Type C Structure |
Type U Structure |
Type O Structure |
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Minimum Dimensions: |
23.62″ x 23.62″ x 29.53″ in |
23.62″ x 23.62″ x 29.53″ in |
23.62″ x 23.62″ x 29.53″ in |
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Maximum Dimensions: |
70.87″ x 35.43″ x 35.43″ in |
70.87″ x 35.43″ x 35.43″ in |
70.87″ x 35.43″ x 35.43″ in |
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Maximum Load |
441 lb |
772 lb |
948 lb |
🎖️ SEFA 3
Performance standard developed by the Scientific Equipment and Furniture Association for laboratory work surfaces and epoxy countertops. Establishes testing and performance requirements for chemical resistance, heat resistance, impact resistance, abrasion resistance, stain resistance, load performance, moisture resistance, flame resistance, and long-term durability of laboratory-grade countertop materials including epoxy resin, phenolic resin, stainless steel, and specialty laboratory surfaces used in research, pharmaceutical, healthcare, educational, and industrial laboratory environments.
🎖️ OSHA 29 CFR 1910.1450
Federal occupational safety regulation issued by the Occupational Safety and Health Administration governing occupational exposure to hazardous chemicals in laboratories within the United States. Establishes laboratory safety requirements for facilities handling hazardous substances, including the use of chemically resistant, cleanable, and compatible epoxy countertops and laboratory equipment. Requires implementation of Chemical Hygiene Plans (CHP), exposure controls, employee protection procedures, and safe laboratory design practices for research, healthcare, educational, pharmaceutical, and industrial laboratory operations.
🎖️ NSF/ANSI 51
American national sanitation standard developed by NSF for food equipment materials and related non-food zone surfaces. Establishes requirements for material safety, cleanability, corrosion resistance, smoothness, non-toxicity, and hygienic performance of epoxy countertops used in food processing, pharmaceutical, biotechnology, healthcare, and laboratory environments where sanitary conditions and contamination control are critical. Commonly applied to stainless steel laboratory countertops, cleanroom work surfaces, and hygienic laboratory installations.
After comparing several options, we chose Norlab’s epoxy countertops. The quality is excellent, installation was seamless, and the surfaces have held up perfectly under heavy use. 
Our research facility in Illinois needed a surface that could take daily abuse and still look professional. These epoxy countertops have exceeded expectations. They’re incredibly durable and very easy to maintain.
Epoxy has the best chemical resistance available in a standard lab benchtop: it handles concentrated HCl, H₂SO₄ up to around 50%, and most common bases and organic solvents without issue. The real limits are concentrated HNO₃ (above 50%) and strong oxidizing mixtures — aqua regia, piranha solution — especially at elevated temperatures, where prolonged exposure will eventually degrade the surface. The practical rule: epoxy is your best option for demanding daily chemistry, but that doesn’t mean you leave a puddle of concentrated nitric acid sitting on it for hours. Clean up spills immediately, no matter what material you have.
Epoxy handles up to 180–200°C for brief contact without warping, which makes it more heat-tolerant than phenolic. A magnetic stir plate running at 150°C set directly on it is generally fine for normal use periods. What does cause permanent damage is direct flame contact or sustained exposure above 200°C. For labs that regularly use Bunsen burners or high-intensity heating equipment on the bench surface, ceramic is still the only material with no real heat restrictions.
Under normal lab conditions, expect 20 to 30 years. Lifespan shortens if you’re regularly working with concentrated oxidizing solvents without prompt cleanup, or in environments with extreme thermal cycling. It extends in labs with moderate use and consistent cleaning habits. Like phenolic, the most common failure point isn’t the surface — it’s the perimeter joints. An epoxy top with well-maintained caulk lasts decades; one with deteriorated joints starts failing from the edges inward.
Minor surface damage — shallow scratches, small chips — can be repaired with a two-part epoxy filler in a matching color. It’s functional, though not invisible. A deep crack that goes through the full thickness can’t be repaired to an acceptable finish because the filler will never match the original surface exactly. If the damage is significant or covers a large area, the honest answer is to replace that section.
The surface itself is genuinely maintenance-free: no waxing, no sealing, no periodic treatments. Regular cleaning with a mild detergent and water covers daily use. The only thing that needs periodic attention are the silicone or polyurethane joints at edges, sinks, and walls — inspect them every 3 to 5 years and recaulk when you see deterioration. One common mistake is using abrasive cleaners or steel wool pads that scratch the surface over time.
Your lab’s work surface solved — chemically resistant, precision-cut, and matched to every process your team runs daily.
Tell us what chemicals and processes your bench needs to handle and we’ll recommend the right material, thickness, and cutout configuration — at no cost, no obligation.
USA owned & operated — nationwide delivery
Manufactured and supported from Miami, FL.
Fully custom — material, thickness, edge profile, cutouts & finish
Epoxy countertops matched to your chemical exposure, heat load, and lab workflow.
Expert guidance included — free 3D design
Our lab safety specialists review your project personally.
