Academy topic
Wheels, brakes & tires
Wheel substrates, cleaning chemistry, blooming, Tire Pro, and Ceramic Wheel & Caliper.
Technology
Wheel anatomy — substrates, weaknesses, and chemistry
Six wheel substrates, amphoteric aluminium, anodizing limits, magnesium rules, and why smart surfactants pH 7–9 are the universal DIY choice.
10 minread
Technology
Antiozonant blooming — why tyres turn brown
Tyres age chemically — how fast depends on heat, mileage, and what dressing you use. The brown haze after a few months is often protective chemistry migrating to the surface, not a manufacturing defect.
10 minread
Mýty a fakta
Black Velvet vs solvent dressing — what is actually good for your tire
Every detailing shelf poses the same choice: deep wet black or natural satin. The difference is not only looks — chemistry decides how fast tires brown, how much dust they attract, and whether they sling onto a freshly w
9 minread
Application protocol
Tire Pro — semi-permanent ceramic on elastomer
Ceramics on paint, glass, and wheels are familiar. Less known: ceramic formulated for tyre rubber — two-component chemistry with a curing protocol similar to wheels, 1+ year life without traditional dressings.
10 minread
Application protocol
Ceramic Wheel & Caliper — dwell, flash, and microclimate
Wheel ceramic mastery comes down to patience during dwell and awareness of what humidity and temperature do right now. Too short = poor leveling. Too long = high spots that are hard to fix. Rainy April behaves nothing li
12 minread
Buying guide
FEYNLAB® wheel and tyre portfolio — full seasonal system
Wheels and tyres are not one-product jobs. Lasting clean rims and sling-free tyres need a system — cleaner, iron decon, wheel ceramic, tyre ceramic, and maintenance top-ups. Here is the full map.
11 minread