Fireball Coatings have the highest concentration of ceramic SiO2 content on the market, achieved through a combination of up to six types of Si and SiO2 raw materials. The Ceramic SiO2 blends vary from one coating to another, providing distinct characteristics for each coating. These differences result in properties that excel in various environmental situations, including chemical, abrasion, dirt, wet, and high-temperature environments/applications.
Aegis is an exceptional all – round coating with amazing versatility
that can be used on exterior and interior surfaces. Aegis contains
over 76% Si02 & Si, and titanium which is unseen in the industry for
most coatings at this level.
A revolutionary coating that uses an innovative hybrid nano
structure that creates a super high gloss, and dense coating with
advances in various attributes and protects the paint from the
most brutal of elements
Our highest corrosion resistant ceramic coating. Specializing in
assurance against harmful contaminants; from a proven formula
pushing boundaries that provides excellent chemical resistance
against salt, rust, and grime.
Our Super Hydrophobic coating topper. This coating can be
applied to glass – work or as a topper onto any paintwork coating
to give a super slick and outstanding water repellent finish. Mainly
used in areas with high rainfall and / or dirty water areas.
Our specialized high temperature coating, used to coat wheels,
brake components, engine parts, exhaust tips, brake calipers in
racing cars, in addition to unpainted plastic panels and trims.
Our most popular single layer coating. It’s innovative formula
continues to push forward with high quality results that deliver in
all types of weather conditions.
With a formula that is derived from the original Butterfly Coating using the best attributes and infusing graphene oxides along with graphene oils; BFG is a over 90% solids coating. It provides greater than 10H hardness to protect your vehicle.
Fireball Coatings feature unique dual-bonded SiO2 molecules that create a stronger covalent bond, enhancing the coating's surface integrity, finish, clarity, and depth. The dual-bonded molecules also increase micro-scratch resistance. The covalent bond of silicon dioxide has a full outer shell structure and can further bond with other silicon atoms, forming a protective covalent structure.