Epoxy Work Surfaces
Epoxy work surfaces is a kind of worktops and is made of materials such as epoxy resin, silicon powder, and pigments.They have the advantages of corrosion resistance, high temperature resistance, and scratch resistance, and are widely used in chemical, pharmaceutical, microbial, and university laboratories.
Our work surface advantages
Chemical resistance
Heat resistance
Scratch resistant
- Resistant to acids, alkalis and organic solvents
- High temperature resistance, able to withstand a temperature of 180°C without damage.
- Not afraid of harsh external environments and has a long service life.
work surfaces Products
- Epoxy resin lab slabs
- Epoxy countertops
- Custom worktop projects
Applications
Epoxy work tops for Fume Hoods
Fume hoods play a vital role in safeguarding laboratory personnel from harmful chemical fumes, and epoxy resin work tops are widely used in their construction. The interior linings and work surfaces of fume hoods made from epoxy resin work tops benefit from the non – porous nature of epoxy resin. This characteristic prevents the absorption of chemical vapors, making it easier to clean and maintain the fume hood. It also helps to prevent cross – contamination between different experiments, ensuring the accuracy and reliability of research results.
The smooth surface of epoxy resin work tops within fume hoods eliminates crevices where hazardous substances could accumulate. This not only enhances the safety of laboratory staff but also simplifies the process of decontamination. Whether it’s in a pharmaceutical research laboratory dealing with volatile solvents or a chemical analysis lab working with pungent gases, epoxy resin work tops in fume hoods provide a secure and hygienic environment.
The Heart of Experimental Work
Laboratory benches serve as the primary workspace for researchers, and epoxy worktops are the ideal choice for bench tops. The chemical resistance of epoxy worktops is unparalleled in protecting against spills of various reagents. In a chemistry laboratory, where concentrated acids like hydrochloric acid and sulfuric acid, as well as strong alkalis such as sodium hydroxide, are frequently used, epoxy worktops can withstand accidental splashes without suffering damage. The non – porous molecular structure of epoxy resin forms an effective barrier, preventing chemicals from penetrating the surface and corroding the underlying material.
Moreover, the high – temperature resistance of epoxy worktops offers great convenience. Scientists can place hot glassware, freshly heated on a hot plate or taken out from an oven, directly onto the bench top without worrying about deformation or discoloration. This property is particularly crucial in materials science laboratories, where high – temperature experiments are common. The durability and impact resistance of epoxy worktops also ensure that the bench tops can endure the constant movement and placement of heavy equipment, such as microscopes, centrifuges, and analytical balances, maintaining their integrity over extended periods.
In conclusion, epoxy work surfaces have become an indispensable part of laboratory furniture, offering superior chemical resistance, high – temperature tolerance, durability, and customization options. From laboratory benches to fume hoods and storage cabinets, epoxy worktops enhance the functionality and safety of laboratory environments, playing a crucial role in facilitating successful scientific research.