U-Star UA-91655 Pre-Cut Adhesive Sandpaper 2000# – Self-adhesive strips for modelers

U-Star UA-91655 Pre-Cut Adhesive Sandpaper 2000# is a high-quality self-adhesive sandpaper with a very fine grit of 2000, designed for precise modeling work. This is a professional product, dedicated both to beginners and advanced modelers who care about achieving perfectly smooth surfaces on plastic, resin, metal, or synthetic material models. Thanks to precisely pre-cut strips, it allows convenient and quick use—no need to cut sheets, which significantly speeds up and simplifies work.

• Category: Modeling accessories – sandpaper for precise finishing work
• Grit: #2000 – very fine grain (finishing, polishing, smoothing surfaces before painting or polishing models)
• Format: Self-adhesive strips, pre-cut, ready to use
• Material: High-quality sandpaper with a durable, strong adhesive layer on one side
• Number of strips in the package: 20
• Dimensions of a single strip: 90 x 20 mm
• Can be easily attached to blocks, modeling spatulas, or other tools

Product applications

U-Star UA-91655 Pre-Cut Adhesive Sandpaper 2000# is the ideal choice for final smoothing of model parts before painting or varnishing, polishing scratched aircraft canopies, removing putty marks, or working on details requiring special attention. Its ability to adhere precisely to special spatulas or tools allows you to reach even the most inaccessible areas and model the most demanding sections.

Who is it for?

The product is recommended for both plastic modelers and those working with models made from resin, metal, or parts produced with 3D printing technology. Thanks to its very fine grade, it is perfect for work on airplane models, military vehicles, ships, and figurines in any scale—from 1/24 to 1/700.

Level of difficulty of use

Difficulty rating – 1/5 – this sandpaper is easy to use for both beginner hobbyists and experienced modelers.

I recommend this product to everyone who values high-quality model finishes, work comfort, and reliability of tools during replica construction.