TOP TABLE FUNDERMAX

Max Resistance2

Max Resistance2 is a duromer high pressure laminate (HPL),
produced in laminate presses, under high pressure at high temperature , in accordance with EN 438-4 , type CGS.

Due to its scientifically developed , double-cured polyurethane acrylic coating , Max Resistance2 stands up to the toughest tests – unaffected by solvents , most acids and the harshest chemicals. Easy-to-clean and disinfect and at the same time wear and scratch resistant, this innovative material significantly
extends the life cycle of your laboratory work surface.

Category :

TOP TABLE FUNDERMAX

 

Max Resistance2

Max Resistance2 is a duromer high pressure laminate (HPL),
produced in laminate presses, under high pressure at high temperature , in accordance with EN 438-4 , type CGS.

Due to its scientifically developed , double-cured polyurethane acrylic coating , Max Resistance2 stands up to the toughest tests – unaffected by solvents , most acids and the harshest chemicals. Easy-to-clean and disinfect and at the same time wear and scratch resistant, this innovative material significantly
extends the life cycle of your laboratory work surface.

 

PERMANENTLY RESISTANT

Max Resistance2 is extremely resistant to chemical and phy­sical abuse – thanks to FunderMax’s patented technology. Created from tested and certified raw materials, compressed at high temperatures under intense pressure, the end result is a homogenous , decorative and extremely resistant panel. And as it’s completely uniform and joint free it’s also permanently resistant to moisture.

 

FOR EXTREME DEMANDS

Ideal for all types of laboratories: research facilities , bioche­mistry laboratories, pharmaceutical laboratories, hospital laboratories, surgery suites, school laboratories, kitchens and the food industry. When absolute cleanliness and protection are called upon, Max Resistance 2 delivers on every level.

In contrast to other compact work surfaces , Max Resistance 2
is unaffected when it comes into contact with even the most concentrated or aggressive chemicals , such as Sulfuric , Hydro­ chloric, Hydrofluoric Acids or Hydrogen Peroxide.
Meaning you can rely on total chemical resistance.