FindersCheapers Home Page Home    About us
Reviews
FindersCheapers Home Page
Auto Baby Bluetooth Speakers Clothing Combo Kits Home Laser Printers Textbooks Tools Toys Running Shoes Sports Video Projectors Watches
Find it Cheaper
AFUXING QGP-3040

6Pcs Indestructible Disc for Grinder, Diamond Saw Cutting Wheel, Angle Grinder Glass Tile Cutting Rotary Tool - AFUXING, QGP-3040

AFUXING QGP-3040
  • Product Size: 4-inch diameter, inner hole size 22-23mm, thickness of a single piece is 1.5mm, 12,200 RPM Max Comfortable Cutting: Ultra-thin blade with 112 sawteeth for sharp, precise cuts. Low noise, less dust, and faster cutting lines Premium Materials: High-quality commercial-grade RVD diamond grits electroplated uniformly for durability Easy to Use: Install with ease, compatible with all 100-type angle grinders. Suitable for dry/wet cutting and long continuous cuts Wide Application: Perfect for cutting, chamfering, and grinding glass, crystal, wine bottles, ceramic, ceramic tiles etc
Comparing AFUXING QGP-3040 prices
Got an opinion on this product? Review it!
Your Rating:
one star rating two star rating three star rating four star rating five star rating
Not Rated
 
 
Nickname:
 
 
Your Review:
 
 
FindersCheapers strives to maintain the accuracy of product and pricing information displayed on our site, but we do not guarantee the accuracy of the information. If there is a pricing, coupon, or other information discrepancy between FindersCheapers and a merchant's site then the information on the merchant's site will apply. FindersCheapers cannot be held liable for any actions taken based on the information provided and FindersCheapers shall not be held responsible for any loss or damage resulting from business conducted with companies listed on FindersCheapers. FindersCheapers receives compensation from all merchants whose products are displayed. Refer to our Conditions of Use and About Us pages for complete details. To report a pricing error, click here.
Conditions of Use Privacy Notice About Us
FindersCheapers.com Copyright 2025