Laboratory Epoxy Resin Sinks – Durable, Chemical-Resistant, and Hygienic

Engineered for Harsh Lab Environments

Laboratory epoxy sinks are constructed from monolithic epoxy resin, a sturdy composite renowned for its exceptional chemical resistance, heat endurance, and mechanical strength—making it ideal for rigorous lab use.

Key Advantages

• Superior Chemical & Heat Resistance
  Epoxy resin sinks can withstand exposure to harsh acids, solvents, and elevated temperatures—often up to 350 °F (177 °C)—without degrading or staining.
• Hygienic and Easy to Clean
  With a non-porous, seamless surface, these sinks prevent microbial retention and simplify sanitation—critical for maintaining a sterile lab environment.
• Exceptional Durability
  Built to resist scratches, impact, and thermal shock, epoxy sinks are designed for long-term durability—even after decades of regular use.
• Form & Size Flexibility
  Available as undermount or drop-in styles, including ADA-compliant, double-bowl, round, and trifacial configurations—offering installation flexibility for diverse lab designs.
• Aesthetic Variety & Environmental Benefits
  Offered in multiple colors, epoxy sinks can match or contrast with lab surfaces for design cohesion. They are also cost-effective, with long lifespans that contribute to sustainability.

Installation Types & Considerations

• Drop-In (Lipped) Sinks
  Easy to install without supporting structures and can be ADA compliant. Recessed into the countertop, they form a tight seam that minimizes contamination risk.
• Undermount Sinks
  Offer a seamless transition from countertop to sink, simplifying cleaning. These require reliable support structures beneath the counter to maintain stability.
• Replacement Notes
  While epoxy is highly durable, thermal shock (like dry ice or extreme cold) can cause cracks. Undermount designs are easier to replace, while drop-ins may require more involved removal.

Laboratory Epoxy Resin Sinks combine unmatched functionality with long-term resilience, making them a top-tier choice for labs—from academic to industrial—where both performance and cleanliness are priorities.