Autol Premium Tyre Foaming Dresser
AUTOL Premium Tyre Foaming Dresser is a water-based silicone free dressing that provides a deep, rich shine and protective barrier to exterior rubber, plastic and vinyl surfaces....
Description
AUTOL Premium Tyre Foaming Dresser is a water-based silicone free dressing that provides a deep, rich shine and protective barrier to exterior rubber, plastic and vinyl surfaces. The special emulsion based formulation enables the product to penetrate the surface thereby enhancing its durability and longevity. Rejuvenates vinyl parts, and Rubber surfaces.
Benefits:
High foam based formula aerosol with Tire dressing
Quickly cleans and protects the tire surfaces
Gives a rich new tire appearance
Excellent coverage & last longer
Directions for use
Shake well before use
Always spray from a distance of about 6- 8 inches
Prior to applying the product, thoroughly clean the surface with an effective cleaner.
Spray uniformly across the side of tires and other vinyl surfaces
Allow the product to thoroughly dry before moving the vehicle
Wipe off any excess sprayed, spread all across uniformly.
Warning Pressurized container: Do not pierce or burn, even after use. Do not spray on a naked flame or any other incandescent material. Protect from sunlight and do not expose to extreme temperatures.
Benefits:
High foam based formula aerosol with Tire dressing
Quickly cleans and protects the tire surfaces
Gives a rich new tire appearance
Excellent coverage & last longer
Directions for use
Shake well before use
Always spray from a distance of about 6- 8 inches
Prior to applying the product, thoroughly clean the surface with an effective cleaner.
Spray uniformly across the side of tires and other vinyl surfaces
Allow the product to thoroughly dry before moving the vehicle
Wipe off any excess sprayed, spread all across uniformly.
Warning Pressurized container: Do not pierce or burn, even after use. Do not spray on a naked flame or any other incandescent material. Protect from sunlight and do not expose to extreme temperatures.