K-Bio Antimicrobial
Wall Cladding Product Features
Long Lasting Effect
Our antimicrobial wall cladding works efficiently throughout its lifespan due to the long lasting Polygiene BioMaster™ antimicrobial technology.
Lightweight
Due to the lightweight nature, it is easier for handling, transportation and installation of the K-Bio wall cladding sheets, thus minimising the load on underlying structures.
Durable, Tough and Resistant to scratches and dents
K-Bio wall cladding products are designed to be tough and durable to withstand the heavy demands of high traffic environment.They are hard wearing and resistant towards the dents and scratches.
Resistant towards Chemicals
Due to good chemical resistance, the cleaning of the wall surfaces can be done easily without compromising the cladding integrity.
Water and Moisture Resistant
For spaces involving high humidity levels / wet spaces, our antimicrobial wall cladding product suits well as it is water and moisture resistant, therefore preventing the growth of mildew and mould.
Excellent Fire Performance
It offers the extra layer of protection as K-Bio is designed to meet the stringent fire safety standards.
100% Recyclable
Since K-Bio wall clads are 100% recyclable, they can be recycled at the end phase of product lifespan, thereby decreasing environmental impact.
Service Temperature
The antimicrobial wall cladding products are designed to withstand a service temperature range from -20 C to 60 C.
Easy bonding with substrates
The K-Bio clads can be easily bonded with substrates, paving way for seamless integration and flexible installation in any existing structures or new ones.
Warranty
We offer a comprehensive warranty of 20 years for our antimicrobial wall cladding solutions.
Smooth and Non-porous Surface
The smooth continuous non-porous wall cladding surface resists dirt and stains. K-Bio does not absorb contaminants and it is easier for cleaning and maintenance.
Tested to ISO 22196
Our K-Bio wall cladding are rigorously tested and certified to ISO 22196, ensuring the effectiveness of antimicrobial properties in combatting the microbial growth.