Knoval Technologies, is a nanotech expert having innovative proprietary product technologies sourced from our global partners and the complete application intelligence to protect critical surfaces from potential damages and losses.
Knoval’s application engineering division has identified specific solutions after meticulously understanding the client’s requirement, effect on their productivity, improving their product’s longevity at suitable costs.
Our products and their applications are explained below:
Biopeel is a bio-degradable, water-based, ready to use peelable nanocoating which can be directly applied on the application surface. This coating forms a non-tacky tough and puncture resistant removable coating on the surface, which acts as a protective barrier against scratch damage, dust, stain, grease and paints. This coating can be easily peeled off when the protection is no longer required.
Automotive & HEMM | Construction | White Goods Industry | Any in-transit damage protection | Wind | Furniture
Aquafence is a non-film forming hydrophobic coating which can be easily applied using spray or brushed on any non-porous mineral surfaces (Cement/ Concrete/ Stone/ Marble/ etc). It rapidly increases the surface tension of the surface thereby making it highly hydrophobic. It is a perfect solution to protect concrete and stone structures water repellent; protecting it from any kind of water-ingress problems and algae growth; without affecting the breathability of the concrete.
A non-film forming stain repellent coating that protects all porous fabric surfaces. The coated surface becomes superhydrophobic in nature without affecting the breathability, natural texture and feel of the fabric. The coating can be applied by the end user using our aerosol bottle or can be coated by the manufacturer at production level.
Automotive | Hospitality | Passenger Transportation Industry | Furniture and Textile
Our Graphene additives products that provide significant benefits and performance improvement, from light weighting and fire retardancy, to compressive and flexural strength improvements, to exceptional electrical and thermal conductivity.