High Pressure Laminates

High Pressure Laminates

High Pressure Laminates 700 550 LI Surfaces

Chemically Resistant High Pressure Laminates

All of our European premium quality high pressure laminate products are chemically resistant, antibacterial and stain resistant. In addition to being very robust and durable, they are hygienic, environmentally friendly, nontoxic, and food safe. Distinguished by being easy to clean, maintain and disinfect all of our HPL products with melamine surfaces are predestined for areas with high hygiene standards.

Chemical Resistance

Our products premium European standards in chemical resistance are ahead of  industry averages and offer perfect solutions for almost every project or purpose. Application in laboratory settings puts high demands on the resistance of surfaces, as direct contact with a great diversity of chemical substances is often applicable. Our high pressure laminates are resistant to organic solvents, cleaners like acetone and substances like vinegar, coffee and blood. Diluted alkali or acid solutions do not leave any residues on the surface or harm the laminate surface if the permissible exposure times are observed.

Cleaning and Disinfection

Our high pressure laminates are highly resistant to most chemicals and disinfectants. This allows for regular and thorough cleaning which, for example, supports the hygiene schedules applicable on site. The cleanability and good disinfectability is supported by the fact that laminates are made with resins which create a stable, resistant and reactivatable material. In addition, the surface is completely sealed, which means that it is free of pores and dirt and germs cannot settle on it sustainably.

Stain Resistance

The applicable product specification for high pressure laminates describes the method according to which the properties stain resistance of laminate surfaces are tested by means of an exposure various substances. The surface is brought into contact with substances which they might be exposed to in daily use. The duration and conditions of this contact is specifically defined for each single substance.