Well designed laboratory storage is critical for maintaining workflow efficiency, protecting materials, and supporting daily lab operations. Our metal laboratory cabinets are engineered to deliver superior structural strength, long term durability, and reliable storage performance while maintaining a clean, professional laboratory appearance.
Designed For Laboratories That Cannot Afford Storage Failure:
Education
Government
Healthcare
Pharmaceutical
Cabinetry selection directly impacts laboratory durability, storage reliability, and long term maintenance costs. Well engineered metal cabinetry provide superior structural strength, chemical resistance, and long term performance that help prevent premature deterioration and protect your laboratory investment.
⚠️ Corrosion from chemical exposure
⚠️ Structural weakening under heavy loads
⚠️ Premature coating failure or rust formation
⚠️ Increased long term maintenance costs
Our metal cabinetry are fabricated using precision formed steel and controlled finishing processes under strict American manufacturing standards. Each unit is engineered to resist chemical exposure, mechanical stress, and demanding daily laboratory use.
This ensures consistent structural strength, coating durability, and long service life across laboratory environments throughout the United States.
Corrosion Resistance: stainless steel that resists exposure to aggressive chemicals without rusting or staining.
Extreme durability: welded with structural reinforcements that withstand heavy loads, impacts and continuous industrial use without deformation or deterioration.
Regulatory Compliance: International certifications (SEFA, ISO 9001:2015, AS/NZS 2982) to ensure compliance regulations.
Material: Stainless steel or galvanized steel
Structure: Stainless steel frame with internal reinforcements
Sheet Thickness: 18-25mm depending on application
Drawers: Stainless steel runners with a capacity of 75 kg
Doors: adjustment with soft closing capacity 20 kg per door
Cabinetry Casters
Ref: LWS-888
Ref: 303A
Ref: LWS-358
Chemical Resistance
Structural Stability
Smooth Operation
Long-lasting Durability
Cabinets Easy to Clean
Refined Appearance
Environment Conscious
Customer Satisfaction
We installed 60 metal cabinets in our pharmaceutical manufacturing plant 8 years ago. We passed TGA and FDA audits with no observations related to the furniture.
With Norlab’s metal cabinetry, we achieved maximum durability and chemical resistance. The cabinets perform flawlessly under daily use, exactly what our laboratory require.
Steel lab cabinetry with a properly applied powder coat finish holds up well in moderately humid environments. The risk of rust is real but manageable: it almost always starts at edges, scratches, or weld points where the coating is thinner or has been damaged. In environments with high ambient humidity, frequent condensation, or regular water exposure — coastal facilities, tropical climates, or labs adjacent to wash areas — stainless steel is the more appropriate choice over powder-coated steel. Routine inspection for any chips or scratches in the coating and prompt touch-up with matching paint is the most effective way to prevent rust from taking hold.
Metal lab cabinetry built to commercial lab standards typically lasts 20 to 30 years. What accelerates wear: corrosive cleaning agents used repeatedly on the surface, physical impact that chips the powder coat and exposes bare steel, and high-humidity environments without proper ventilation. The hardware — drawer slides, hinges, and locking mechanisms — generally has a shorter service life than the cabinet structure itself and is the first thing that needs attention in older installations. Replacing worn hardware is straightforward and significantly extends the functional life of the cabinet system.
Routine maintenance: wipe down with a damp cloth and mild detergent, dry thoroughly — especially in humid environments — and inspect the powder coat for any chips or scratches every six months. Drawer slides and hinges should be lubricated annually with a dry or silicone-based lubricant; avoid oil-based lubricants that attract dust.
What to avoid: bleach solutions or acidic cleaners left sitting on the surface will attack the powder coat over time. Steel wool or abrasive pads will scratch the finish and expose bare metal. In labs where strong disinfectants are used routinely, rinse the surface with water after application to minimize coating degradation.
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Custom lab furniture & equipment solutions
Designed for safety and international standards
Expert guidance at no extra cost
Tell us what you need — we’ll design it for you.
