CFI - Phenolic Resin Laboratory Countertops
Custom Fabricators offers phenolic resin laboratory countertops, a cost-effective solution suitable for labs where extreme heat or high levels of chemical resistance are not required. These countertops are ideal for healthcare and pharmaceutical labs, providing moderate durability against wear and chemical exposure, which makes them an excellent alternative to epoxy resin surfaces. Phenolic resin is created by saturating multiple layers of kraft paper with phenol and formaldehyde, then fused under heat and pressure, resulting in a solid, non-porous surface. CFI provides multiple options including drop-in and undermount sinks, different edge types, and custom color uniformity upon request. This material is commonly used in medical, microbiology, biochemical, and other contaminant-free laboratories. Phenolic resin countertops are available in various grades such as standard, chemical resistant, or fire-rated, offering thicknesses ranging from 0.025” to 1.0”. Backsplashes and additional accessories like drainage tops and specialized edges further enhance the utility and safety of these installations.Phenolic resin laboratory countertops are a cost-effective choice for laboratory design and workbenches. This material is ideal for areas where regular use, frequent cleaning and either some chemical resistance properties are needed or none at all.
Custom Fabricators can supply and install phenolic resin tops, sinks and backsplashes. Multiple colors and performance characteristics are available.
Phenolic resin is manufactured from phenol and formaldehyde. This synthetic polymer is used to saturate multiple layers of kraft papers, which is then fused together with heat and pressure to create a solid surface.
Phenolic resin countertops are a cost-effective alternative to epoxy resin in situations where higher levels of heat (350°F+) and corrosion resistance are not necessary. The material is popular in pharmaceutical and healthcare laboratory applications.
Specific benefits of phenolic resin include:
- Heat resistant up to 350°F
- Lighter in weight
- Low moisture absorption rate
- Moderate chemical resistance
- Easy to maintain and clean
- Shorter lead times