Oxford Mint Helmet Care Kit XL

34,99 €
OC504

Details

Oxford Mint Helmet Care Kit XL

Product Information

The Oxford Mint Helmet Care Kit XL is the ultimate solution for keeping your helmet and gear in pristine condition. This comprehensive kit includes Mint cleaning and anti-fog treatments that are not only effective but also easy to use, ensuring a high-quality finish every time.

Included in the kit are:

  • Mint Helmet Sanitiser (200ml): Formulated specifically to clean and sanitise the interior fabric of your helmet, providing a fresher experience with each use. Ideal for boots, gloves, and other gear worn for extended periods.
  • Mint Helmet Visor Cleaner (250ml): A unique streak-free cleaner designed specifically for helmets and visors, leaving no residue and a crystal-clear surface, even in direct sunlight.
  • Mint Anti-fog Spray (250ml): This specially developed fluid offers a streak-free finish for visors and goggle lenses, eliminating fog in seconds without any sticky residue.
  • Microfibre Cloth (30x30cm): A soft cloth perfect for applying the products in this care kit.

This kit makes for the perfect gift for any bike enthusiast, ensuring that safety and visibility are prioritized with every ride.

Brand

Oxford Mint Helmet Care Kit XL

Oxford is one of the most recognized and trusted names in motorcycle accessories, with a heritage spanning over four decades. Based in the UK, Oxford offers an extensive range of products designed to enhance every aspect of motorcycle life whether it’s security locks, heated grips, bike covers, luggage systems, or riding gear. Known for innovation, affordability, and quality, Oxford blends advanced technology with practical design to meet the needs of commuters, touring riders, and weekend enthusiasts alike.

Their products are rigorously tested to withstand real-world conditions, providing peace of mind and convenience on every ride. With a strong presence in over 100 countries, Oxford continues to evolve as a go-to brand for riders who value reliability and functionality.