Chemical Resistant Compact Laminate
Designed to shield surfaces from harsh chemicals and harsh cleaning agents while enhancing your lab décor, Greenlam Chemical Resistant Compact Laminate is designed specifically to shield surfaces from chemical abuse. Ideal for horizontal applications, it is indeed a durable and cost effective substitute to Epoxy, slate and stainless steel. Manufactured with the unique patented electon beam curing (EBC) acrylic resins; it is resistant to harsh chemicals, bases solvents as well as harsh agents and to bacterial growth as well.
High-resistance, water-repellent, wear-resistant
Durable, easy to install, FSC-certified, PEFC-certified
- Chemical Resistant
- Easy to Maintain
- Tolerant to Cleaners
- Durable
Krion™ is a new generation solid surface.
It is a material that is warm to the touch and similar to natural stone. It is made of two-thirds natural minerals (ATH – aluminium trihydrate) and a low percentage of high-resistance resins. This composition gives Krion™ a number of exclusive features: it does not have any pores, it is antibacterial without any type of additive, it is hard-wearing, highly resistant and easy to repair, only requires minimum maintenance and is easy to clean.
It is cut in a similar way to wood, allowing us to cut the sheets, connect them and thermoform them to create curved sections, and can even be injected during the production process, making it possible to create different designs and projects that are impossible to achieve with other materials.
Seamless sections can be created, preventing liquids from being absorbed and making cleaning and maintenance easier.
It is an ecological material, as it is 100% recyclable. All products made of Krion™ can be reprocessed and reused in the production cycle.
Food Grade, Non-Porous, Anti-Bacterial, Seamless, Ecological
Sound Insulating, Low Thermal Conductivity, Antistatic, Light
Resistant to Impacts, Sunlight, Fire, Extreme Temperatures
- Bathrooms
- Business Offices
- Laboratory
- Medical Offices
- Schools
- Waiting Rooms