Materials

A 16 mm thick moisture-resistant plywood core, faced with 0.9 mm High-Pressure Laminate (HPL). The edges are protected with a 2 mm PVC band. 
This surface offers high resistance to mechanical impact and handles short-term exposure to diluted chemicals. While cost-effective, prolonged exposure to high humidity or extreme temperatures should be avoided.
Suited for equipment mounting and general laboratory tasks. 
Marine edges are not available for this type of worktop.

The worktop consists of 300x300 mm technical stoneware tiles bonded to an 18 mm moisture-resistant plywood core. The joints are sealed with a chemically resistant epoxy adhesive. This surface is characterized by exceptional resistance to chemical, thermal, and mechanical impacts. It remains structurally stable even when exposed to most acids and alkalis, significantly outperforming laminated and stainless steel surfaces in terms of chemical durability. 
The material withstands prolonged exposure to high temperatures but is sensitive to hydrofluoric acid, heavy dynamic loads, or direct impacts.
The surface features a matte finish and is integrated with a 6 mm high stainless steel marine edge, designed to contain liquid spills.
Suitable for most physical and chemical laboratories.

Worktops manufactured from AISI 304 stainless steel are durable, resilient, and feature a seamless construction for maximum hygiene. This surface offers high physical and thermal stability, with excellent resistance to alkalis, solvents, and petroleum products. While AISI 304 withstands organic acids and nitric acid, it can be damaged by sulfuric or hydrochloric acids. It is also not recommended for working with halogens.
The non-porous surface is easy to clean and can be treated with chlorine-free disinfectants. These worktops are ideally suited for cleanrooms, medical, pharmaceutical, and microbiological laboratories. Thanks to their high impact resistance, they are also recommended for heavy-duty use in construction and road-testing laboratories.

A monolithic material based on epoxy resins, featuring a smooth surface and dense structure. It is chemically inert and acid-resistant, characterized by high strength and durability against most chemicals used in laboratory environments. Due to its low moisture absorption and lack of porosity, the material prevents the penetration or absorption of liquids. 
The composite remains stable under both high and low temperatures. While prolonged exposure to concentrated aggressive media may cause staining, the surface can be restored through sanding and polishing. 
These worksurfaces can be integrated with a marine edge made of the same material.

Durcon® Solid Phenolic Compact (SPC) is a laboratory-grade high-pressure laminate (HPL) specifically engineered for aggressive environments. The material is chemically inert to concentrated acids and remains stable under prolonged temperature exposure up to 140°C or short-term heating up to 180°C. In the event of exposure to an open flame, it emits minimal smoke and possesses self-extinguishing properties.
SPC is antistatic and resistant to UV radiation. Its surface is approved for food contact and is easy to maintain, making it a reliable solution for microbiology, chemistry, and physical chemistry laboratories. Please note that while the material is robust, the decorative top layer may be susceptible to scratches or damage under prolonged mechanical stress or impacts.
These worktops are available with an integrated epoxy resin marine edge to ensure liquid containment.

This composite material consists of 95% natural quartz and 5% polyester resin. It is chemically inert and non-porous, offering high stability under both low and high temperatures (up to 300°C). Quartz stone worktops are characterized by exceptional durability and water resistance. However, the material has several operational limitations, including susceptibility to thermal shock, lack of resistance to hydrofluoric acid, and potential for permanent staining from certain dyes. Additionally, quartz stone has a significant self-weight. 
This surface is suitable for fume hoods and laboratory benches in high-concentration chemical environments. 
These worktops are available with an integrated epoxy resin marine edge.

A high-performance worksurface featuring large-format porcelain tiles
(800x800 mm) mounted on 18 mm moisture-resistant plywood with a 6 mm stainless steel marine edge. The surface is chemically inert to concentrated acids (except for hydrofluoric acid), alkalis, and solvents.
The large tile size minimizes the number of joints, forming a nearly monolithic, perfectly flat glossy surface. The material remains stable under prolonged exposure to high and low temperatures and is characterized by high wear resistance, a non-porous structure, and fire resistance. 
While ideal for environments with intensive chemical exposure, it is susceptible to significant impact loads.