A Ceracoat™ Nanocoated bicycle will benefit from a tough and extremely resilient surface, locking it away from the elements, thus reducing the damage and deterioration caused from them and, at the same time enhancing the colour and defining the natural features of the bicycle. It makes life a whole lot easier when it comes to cleaning the bike, grime cannot penetrate the exceptionally tough hydrophobic anti-static surface, it just washes off leaving a super clean and shiny bike - every time.

Extremely Advanced Invisible Coating Is Both Easy to Use And Has A Long Life Durability

Ceracoat™ labratories have tests prove the durably and effectiveness of this highly advanced coating, withstanding many hours of salt and acid water spray. Ceracoat™ Bicycle Care® has and is demonstrated at local and national exhibitions to withstands brake and clutch fluid tests along with a host of others. Ideally suited as a water/dirt-repellent surface modifier for non-absorbent surfaces

  • Generates an invisible (transparent) surface barrier.
  • Surface will maintain the original appearance, but with enhanced brilliance.
  • No cutting compounds. Will not remove or damage top layer of paint.
  • Contains an advanced bonding solvent. Ceracoat™ Bicycle Care® bonds to the surface at molecular level.
  • Considerably reduces drag and so offers greater efficiency for vehicles.
  • High Scratch resistance. Sapphire glass hard coating.-Excellent fuel staining proofing characteristic.
  • Resistant to frost, friction, UV, alkali, organic acids, sea water, salty air, bird fouling and heavy staining.
  • Prevents tar, sap and insect residues from sticking to the surface.
  • Reduces the growth of micro-organisms and bacteria by creating a biostatic surface.
  • Water and dirt repellent (hydrophobic).
  • Treated surfaces remain clean for prolonged periods and are “easy to clean”.
  • Self-cleaning effect on vertical surfaces with heavy rain.-Painted surfaces become refreshed.
  • Easy to self apply.
  • Helps to prevent water marks, dirt, algae and bird fouling from adhering to surface.
  • No scraping, scrubbing or harsh chemical cleaners needed as soiling agents do not bond to the coated surface.
  • Pressure washer safe. Will not remove the coating.-Ideal for winter protection against corrosion and salt staining.
  • Ideal for visor/windscreen clarity in wet weather Hydrophobic.
  • Exceptionally long durability (1 year in most conditions).
  • Non-stick surface.
  • Protects painted surfaces from irreparable abrasion and “salt burn in”.
  • Highly resistant to a large number of organic solvents.
  • The very best of the best when it comes to self Application NANO Coating, some so called professional products don’t even come close to Ceracoat™ Bicycle Care®.

Ceracoat™ Bicycle Care®

Paint Protection

Ceracoat™ Bicycle Care® protects the entire bicycle (metal, light alloy, chrome, plastic, kevlar, carbon, glass: body, wheels, window, tank, lamp, mirror, helmet, visor) against all kind of influences (liquids + dirt). Ceracoat™ thin nanocoating will coat and protect the entire bicycle from all "stones" projected on the bicycle and makes the surfaces very shiny for a long time. It cleans + coats + protects + makes the surfaces shiny + smooth. After treatment with Ceracoat you no longer need any cleaners.


Ceramic swiss nanotechnology can be easily installed on new and existing surfaces in homes,businesses, vehicles and many other environments.  Ceracoat™ Products nanochemistry can be applied to most surfaces containing silica (silicon dioxide) such as glass, ceramic tile, porcelain, granite and quartz.  The covalent bond forms an ultra-thin protective layer of optically clear material which makes the surface significantly easier to clean and resistant to weathering. The method is done at nano-scale levels, which is a length scale ranging from approximately 1 to 100 nanometers (1 nanometer is 1 billionth of a meter). The bond created in the  process is a covalent bond. A covalent bond means that the coating actually shares electrons with molecules in the glass/paint/wood/plastic/chrome/metal ect.. itself, thus becoming part of the surface.   Covalent bonds are approximately 10 times stronger than hydrogen-bridge bonds, which are commonly used in most other water repellent coatings.