When it comes to laboratories, the first detail that comes to mind is the bench surfaces.　These surfaces are different from those used in kitchens or other work areas.　It should be produced to be resistant to various chemicals and impacts.　Bench surface types are as follows.

Industrial ceramic benches are durable materials that can be used for many years without any problems that can prevent damages that may occur in the use of all chemicals.　It provides full resistance against all acids, bases, organic solvents, and other chemicals at any temperature concentration except hydrochloric acid.　It comes in a variety of color options with self-raised edges.　They are scratch-proof and wear-resistant materials that are resistant to all kinds of impacts.　It is impermeable to radioactive materials.　It is not affected by UV.

It is one of the most preferred materials.　Bench thicknesses vary between 12 and 20 mm.　The outer surface layer has a very high resistance to acid environment, heat, scratching and impact.　It can be used in wet laboratories where strong acids are not used.

They are bench surfaces that can be preferred in areas that require hygiene in places such as the health and food sector.

It is　produced from　316 AISI Cr /　Ni　stainless steel with　1.00 and 1.20 mm thickness according to the purpose of use.　The finished bench thickness is 30 mm, and if desired, 37 mm with water trap elevations.　Inside, there are reinforcements made of the same material to make the surface of the counter stronger.　Since it is　used　especially in wet laboratories, a solid 100 mm skirting is made on the back.　It is hygienic, easily cleaned when necessary, and resistant to chemicals.

It is a massive, non-porous, homogeneous surface composed of acrylic resin and natural minerals.　Its thickness is 12 mm, with its application on 18 mm MDF, the bench thickness is 30 mm, and in wet laboratories, it is 37 mm with water trap borders.

It is used in Microbiology Laboratories since it has an anti-bacterial surface.