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Scarlet Fever

Scarlet Fever

High-Performance Hybrid Car Wax for Warm Coloured cars

In stock
Regular price £10.00
Tax included.
Size: 30ml
Quantity

If you love a red car as much as us, Scarlet Fever is going to float your Ferrari powered superboat. A hybrid wax with boosted performance and even crisper reflections than our carnauba alternatives, this can take warm hues to new heights. Suitable for reds, oranges, yellows and yes, even those macadamia browns, you Porsche PTS fanboys.

  • Hybrid wax designed to boost depth and gloss on red, yellow and warm paint tones
  • 3–5 months durability with a mix of natural and synthetic ingredients
  • Easy to apply and buff, medium-soft consistency
  • The one to reach for when you want that “wet look” on warm coloured bodywork
  1. Apply sparingly with a foam applicator pad to clean, dry paintwork
  2. Allow to haze for a few minutes, then buff off with a soft microfibre

Always work out of direct sunlight and avoid moisture for 12–24 hours after application for best results (this isn't a dealbreaker but does give the wax the best chance to set-up).

How long does it last?
Around 3–5 months with good prep and care.

Why is it called a hybrid?

Because it blends natural carnauba with synthetic polymers for extra staying power and sharper reflections.

Can I use it on light or white paint?
You can, but you won’t get the same depth or richness that warm colours may benefit from; it will tint lighter shades a fraction too, no more than 2-5%, but it could be noticeable if you 50/50 a panel.

Is it tricky to apply?

No, it’s medium-soft and forgiving. Just apply thinly and buff off once it hazes. Don't overapply it. If hazing occurs hours or days after buffing, you've used too much or spread fresh wax with the microfibre during the buffing stage (use a couple of microfibres to buff next time).

Is it suitable for metallic and pearlescent paint?
Absolutely. Tinted waxes are arguably better suited to metallic or pearlescent paints as these are clearcoated, meaning that light would travel through the tinted wax before being reflected out through the wax once again.



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