HPX Caramel Disc Serrated + drill bit
HPX Caramel Disc Serrated with drill bit is the best sticker remover to quickly remove tape, glue residue, lettering and decals from the car without damaging the paint. Place the included shaft like a bit on your drill bit, rotate the toothed caramel disc on the holder and immediately start removing glue residue, adhesive letters or stickers from the car. This caramel disc is made of special rubber that allows you to remove scratch-free glue, double-sided tape and stickers from car paint or other surfaces.
Remove sticker from car
Removing sticker from car without damaging the paint? Then use the serrated HPX caramel disc! You use this sticker remover on a drill to easily remove car stickers. In addition, you can also use the disc to remove residual glue from the car.
Caramel disc serrated vs smooth
You can buy a caramel disc in a version serrated and smooth is. Both caramel discs are made of special rubber that work scratch-free and can be used to remove glue residue, lettering and stickers. However, there is a difference between a toothed caramel disc and a smooth one. In this regard, the toothed rubber eraser pad is the best caramel pad. The advantages are:
- The toothed caramel pad is thicker and lasts longer
- Because the caramel pad is toothed there is a better cooling during use
- This toothed caramel disc rubs off the sticker easier making it work faster
Remove car stickers
Removing stickers on a car can be a difficult job. Removing car stickers can also leave adhesive residue on the paint. To quickly and easily remove stickers from your car, use this toothed caramel wheel on your drill.
Features HPX Serrated Caramel Disc + Shaft
- Best caramel wheel
- Remove stickers from car without damage to paint
- Can also be used on glass and car windows
- Serrated caramel disc ensures faster results
- Works very fast and easy
- Best speed is 1200 rpm (be careful not to use too high a speed)
- Universal use
- Thanks to the thread, this caramel disc can also be used in your grinder
