Sell [P60 - P2000] MT Waterproof Abrasive Sandpaper Sand Paper Kertas Kasir Kertas Pasir 9" x 11" CP60 - CP2000 best price

🔥Ready Stock🔥 🔥Janji eXpress🔥 🔥Sold in 1 PCS🔥 Full Range of Sandpaper Grits Available and Ready Stock - P60 - P80 - P100 - P120 - P150 - P180 - P220 - P240 - P280 - P320 - P360 - P400 - P500 - P600 - P800 - P1000 - P1200 - P1500 - P2000 ~Material: Silicon carbide (Waterproof) ~100% brand new and high quality ~Size: 230mm X 280mm (9" X 11'') you can cut it to any size as your need ~Application: For shading and finishing ~Suitable for: Art and craft, wood work, automotive, metal, marble and plastic applications buffing and polishing. 1box = 100PCS Order 100 pcs on same grit to get a pack Grit number indicates the size of the abrasive particles: the particles increase in size as the grit number decreases; these larger particles remove more material but unfortunately create deep, noticeable scratches. When the grit number increases, the abrasive particles become smaller and remove less material, leading to a more polished appearance. Grits 60 - 100 are good for removing materials (paint, varnish, rust, flaws on wood, and shaping wood). These grits are well-suited for working with power sanders. Grits 120 - 220 are generally used for preparing bare surfaces for finishes. It is intended for smoothing work pieces, removing scratches, and for final preparations for finishing. They can also be used for both hand and power sanding. For sanding bare wood, 180-grit will generally result in a surface that looks and feels perfectly smooth and is ready for a finishing touch. Grits 240 - 400 are mainly for finishing purposes, removing raised wood grains and scuffing between finishing coats. Grits 500 above are good options for finishing a piece that’s about to be polished. Generally, it is prudent to use several grit sizes during sanding projects, starting with lower-number grits and moving up the scale to higher grits. Each increase in grit removes scratches from the previous, creating an increasingly smooth surface.