The Hi-Tech Extra Large Car Duster (XLCD-1) is a premium-quality dusting tool specifically designed for vehicle cleaning and maintenance. It features a massive, soft, and non-abrasive mop head made from paraffin-treated cotton fibers that attract and hold dust particles, effectively removing them from your car's surfaces without causing scratches or damage. The duster's extra-large, 16" long dusting surface and 11" long, heavy duty wood handle make it easy to reach all areas of your vehicle, ensuring a thorough and efficient dusting process. Ideal for both novice and professional car detailers, this duster provides a convenient and safe method for maintaining your vehicle's appearance between washes.
Primary Uses:
- Primarily used for removing dust and light dirt from the exterior surfaces of vehicles
- Can be used on paint, glass, and chrome surfaces
- Dusting boats, RVs, and other large objects
Why Choose This Over Other Products:
- Extra-large size and long handle allow for easy access to all vehicle areas
- Paraffin-treated cotton fibers attract and hold dust particles without scratching surfaces
- Reduces the need for frequent washes, saving time and resources
Directions for Use:
- Ensure that the surface of your vehicle is cool and dry
- Hold the duster handle, allowing the mop head to rest gently on the surface
- Gently glide the duster across the surface, allowing the fibers to pick up dust and light dirt
- Do not apply excessive pressure or force when using the duster
- To clean larger areas, use long, sweeping motions
- Periodically shake the duster to release trapped dust particles
- After use, store the duster in a clean, dry location
Best Practices:
- Use the duster exclusively for dusting purposes; do not use it for removing heavy dirt or mud
- Clean the duster regularly to maintain its effectiveness
- Store the duster in a protective bag or case to keep it clean and dust-free
Safety Information:
- Do not use the duster on hot surfaces or near open flames
- Keep the duster away from sharp objects to prevent damage to the fibers