When in need of a super-absorbent car-drying towel, the Autofiber Dreadnought Drying Towel, is a sure choice for any professional detailer or car enthusiast. Designed with a superior double-twist pile construction, it soaks up water like a sponge while leaving no traces, residue, or streaks, even on glass! This microfiber towel is light enough to unroll, fold, and hang to dry. If used on clean surfaces, these microfiber towels do not need to be laundered.
The Dreadnought towel line is a must-have for any car enthusiast. It saves time on drying compared to towels and rags, and other microfiber cloths. It requires less effort to get the job done as it is made with industry competitive, high-performance microfiber. Made to be durable, Autofiber’s car drying towels are an economical choice where ordinary towels and rags will wear after a short amount of use. It will combat the production of mildew as it dries with ease compared to towels and rags. As soon as it is dry, the cloth will work as new.
While old towels and rags entertain the possibility of contaminants that introduce scratches and scuffs, these microfiber towels are made with uniquely smooth edges to work around this. It prevents rocks, debris, and other pollutants from embedding themselves into the fiber. Its size is great for tight and narrow spaces where other cloths have trouble. It provides your car with a complete, thorough dry without wasting any time.
Cleaning effectively, efficiently, and with minimal effort, Autofiber’s microfiber towels should be the choice in providing the results you want. Just one cloth should suffice for all your car’s needs. Add this product to your car drying towel set today.
- Available in Blue/Gray
- L size – 20”x30”
- XL size – 20”x40”
- 1100gsm (grams per square meter)
- Hidden Edge – Inside Sewn
- 75/25 blend
- Twist pile design glides softly across paint, glass, and plastic surfaces while absorbing completely streak-free.
- 1100 microfiber cloths provide a deep surface to soak liquids.
- Works well on a variety of car surfaces.