Product added to bag
Oxford Mint Silicone Detailing Spray
£8.99
In stock
SKU
OMDS
Most riders take an enormous amount of pride in their bikes making sure they are clean and well maintained. Mint Silicone Detailer is specially formulated to give your bike a great shine and super smooth surface.
Mint Silicone Detailer is an innovative blend of oils which hides minor blemishes on surfaces, reducing the appearance of small cracks and scratches. Quick and easy to apply, it also provides a protective layer to surfaces and reduces the possibility of finger prints and other smudges appearing.
It of course features a clean, minty scent.
Detailing finesse your pride and joy deserves.
Key Features
• Specially formulated to give your bike a great shine
• Fast drying with a residual free surface
• Achieves super smooth surfaces
• Additional protection on exposed areas
• Easy application
• Helps reduce cleaning
• Stays looking cleaner for longer
Great For:
• Paintwork
• Carbon fibre
How To
1. Shake can well and apply to clean surface.
2. Using a lint free cloth or microfiber cloth buff the surface to achieve a gleaming shine
Note: Keep away from all brake components.
Delivery is free of charge Parts & Accessories over £30.00, dispatch is usually next day on a 1-2 day courier service.
For Electric Bicycles we offer personal home delivery with our own van and is available for all electric bicycles, we deliver within 150 miles of our showroom free of charge.
Our personal delivery service ensures your new e-Bike is delivered fully built and ready to ride. This also gives us an opportunity to demo the bike to you before you ride. Delivery can also be arranged on a convenient day to suit you.
Some exclusions apply, please find full details on our delivery page here.
Christmas Delivery Times
Last order dates for delivery in time for Christmas for Parts & Accessories is Monday 18th December, and Saturday 23rd for e-Bikes.
Buy Gift Vouchers for friends or Family, ideal for special occasions or surprises. Vouchers available from ten pounds here