40 Pcs Polishing Rods for Plastic Models Metal and Wood Sanding Tools Sandpaper Mini Finger Sander DIY Accessories (Drop, Low Grit Rating)

• Practical to use: the polishing bars for metal are versatile and useful accessories, suitable for many surfaces, such as metal, wood, plastic and more, and can easily polish the surface you need
• Easy to distinguish: these sanding and polishing bars are designed with its own grain classification, as well as different colors according to the grain range, which are convenient for you to distinguish and use, helping you save time and effort
• Reliable to use: these models of sanding bars are made of quality sandpaper material, lightweight but sturdy, not easy to break and difficult to deform, reliable and useful, which can serve you for a long time
• Package quantity: the package contains 40 pieces of polishing bars in 10 different grits, including 80, 180, 400, 600, 800, 1000, 2000, 3000, 5000, 7000, a variety of grits for you to choose and a suitable quantity can meet your various demands
• Scope of applications: our sanding bars can be applied for both rough polishing and fine polishing, dry and wet polishing, and are ideal for plastic models, auto parts and other handmade decoration projects

Features: Share with others: With practical function and sufficient quantity, these model polishing bars are suitable for presenting to craftsmen, beginners or those interested in polishing, and can also be shared with your families, friends, neighbors and more. Double Sided Design: The sandpaper bar features a double-sided design, so when using one side, it can rotate to the other side to continue the work, simply and conveniently, bringing you many conveniences. Specifications: Material: sandpaper Colour: as shown in the pictures. Size: about 5.1 x 0.8 x 0.2 inches Package includes: 40 x sanding sticks. Warm Notes: Due to the light and screen setting difference, the item's colors may be slightly different from the picture. Due to different manual measurement methods, please allow slight size errors.