10-Pack Non-Woven Unitized Polishing Wheels 150×6mm 180–800 Grit
10-Pack Non-Woven Unitized Polishing Wheels – 150×6mm
Achieve a flawless, professional-grade finish on metal, wood, plastic, and circuit boards with this 10-piece set of non-woven unitized wheels. Built with silicon carbide abrasive and a resin-over-resin construction, these wheels are engineered to deliver consistent, uniform results every time — without smearing, loading, or discoloring your workpiece. Made in Mainland China.
Key Specifications
- Size: 150mm (OD) × 6mm (TH) × 18mm (ID)
- Material: Nylon non-woven, silicon carbide abrasive, resin-over-resin bond
- Density Options: 5P, 7P, 9P, 12P (Soft to Hard)
- Grit Options: 180#, 240#, 400#, 800# (Coarse to Fine)
- Quantity: 10 pieces per set
- Model: NW15006
- Brand: RAMS BRALIN
Why Choose These Unitized Wheels?
- ✅ Anti-Clogging Design: Open non-woven structure dissipates heat efficiently and prevents loading, extending wheel life significantly.
- ✅ No Smearing or Discoloration: Safe to use on stainless steel and other sensitive surfaces without leaving marks or altering color.
- ✅ Consistent Uniform Finish: Delivers even, repeatable surface quality across all passes — ideal for professional metalworking and DIY projects alike.
- ✅ Long Service Life: Smear-resistant construction means fewer wheel changes and more productive work sessions.
- ✅ Wide Grit Range: From 180# for light deburring to 800# for fine blending and finishing — one set covers multiple stages of your workflow.
- ✅ Versatile Application: Suitable for stainless steel, hardware, wood, plastic, and circuit boards.
Applications
These unitized wheels excel at:
- Light deburring and edge blending on metal parts
- Surface finishing and polishing on stainless steel hardware
- Smoothing and preparing wood and plastic surfaces
- Circuit board surface preparation
- Weld blending and surface conditioning
How to Select Your Grit & Density
Start with a coarser grit (180# or 240#) to remove burrs and scratches, then step up to finer grits (400# or 800#) for a smooth, polished finish. Choose a softer density (5P) for contoured or delicate surfaces, and a harder density (12P) for aggressive stock removal on flat surfaces.
Related Products You May Like
- Leather Hole Punch Tool | DIY Stitching Punch 4/5/6mm
- U & V Leather Groover Skiving Tool Kit – 4-Piece Stainless Set
- Stainless Steel Ceramic Trimming Tool – Curved Skip Knife
Learn more: OSHA on eye and face protection
Frequently Asked Questions
Q: What arbor/spindle size do these non-woven unitized polishing wheels fit?
A: These wheels have an inner diameter (ID) of 18mm, so they fit standard 18mm arbors or spindles. Always confirm your grinder or polisher's arbor size before ordering to ensure a secure fit.
Q: Can these unitized wheels be used on a standard bench grinder or angle grinder?
A: Yes. The 150×6mm (OD×TH) dimensions and 18mm bore make them compatible with most bench grinders and angle grinders equipped with the appropriate arbor adapter. Always follow your tool manufacturer's speed rating guidelines for safe operation.
Q: What is the difference between the 5P, 7P, 9P, and 12P density options?
A: Density refers to how tightly the non-woven fibers are compacted. 5P is the softest, making it ideal for contoured or delicate surfaces requiring a gentle touch. 12P is the hardest and most aggressive, suited for flat surfaces needing heavier material removal or blending. 7P and 9P fall in between for general-purpose work.
Q: Will these wheels scratch or discolor stainless steel surfaces?
A: No. The non-woven construction is specifically designed to be smear-resistant and non-discoloring, making it safe for stainless steel, aluminum, and other sensitive metals without leaving behind unwanted marks or heat tint.
Production & Packaging Notice
To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.