For a safe, hygienic and durable workspace, choosing a worktop surface is more than an aesthetic decision: it is a technical choice based on how the space will be used. Chemical resistance, mechanical strength and ease of maintenance must be considered together.
Each surface offers a different performance profile depending on the laboratory’s chemical exposure, hygiene standards and intensity of use.
Offers cost advantages in teaching, preparation and support areas with low chemical exposure.
Provides a strong balance of durability, hygiene and cost for general laboratory use.
Provides maximum confidence in processes involving heavy chemical exposure and high temperatures.
Preferred in areas requiring high hygiene standards, mechanical strength and sterilization.
Ideal for areas with chemical splashes, intensive experimental workflows and a need for a safe work surface.
Excels in areas with aggressive chemical exposure, acid-base processes and predominantly plastic equipment.
Preferred in analytical laboratories where hygiene, light resistance and a clean appearance are priorities.
Used in laboratories where visual quality, hygiene and a seamless appearance are important.
The right surface material improves workplace safety, reduces maintenance costs and enables more efficient laboratory use.
Provides high resistance to corrosive chemicals.
Durable surfaces provide safe use for years.
Improves resistance to impact, scratches and wear.
Non-porous surfaces simplify cleaning and hygiene.
Low maintenance requirements simplify operations.
A safe, comfortable workspace supports workflow.
Material selection should consider the laboratory’s discipline, exposure levels and maintenance requirements.
Chemistry Laboratories
Research Laboratories
Analytical Laboratories
Biology Laboratories
Teaching LaboratoriesConsidering chemical exposure, hygiene requirements, mechanical strength and ease of maintenance together creates safer, longer-lasting workspaces.