Arrow Segment Cup Wheel for Epoxy Removal
Arrow Segment Cup Wheel for Epoxy Removal
The Arrow Segment Cup Wheel is a pro-grade grinding cup wheel specifically developed for removing epoxy and coatings from concrete floor surfaces using hand held angle grinder machines. This Arrow Segment Cup Wheel is intended for contractors, distributors, and OEM buyers who require aggressive coating removal with controlled grinding behavior on coated concrete floors.
- Diameter / size: 125mm, 180mm
- Segment type / shape: Big arrow shape
- Bond type: Soft, Medium hard
- Manufacturing method: Silver brazed
- Machine compatibility: Hand held angle grinder machine
- Bore size: 22.23mm, 5/8”-11 Thraed
Product Overview
This grinding cup wheel is designed with large arrow-shaped segments featuring beveled cutting edges to aggressively penetrate and remove epoxy and coating layers from concrete floors. The zigzag segment positioning increases working coverage while allowing the cup wheel to reach edge and corner areas commonly encountered near walls.
Developed for coating and epoxy removal work, the Arrow Segment Cup Wheel operates with coarse diamond grits and a specially formulated metal bond to maintain fast material removal. It is suitable for professional jobsite conditions where effective coating removal is required without excessive damage to the underlying concrete surface.
Specification Data
| Item Nr. | Seg Nr. | Seg Height | Arbor Size |
|---|---|---|---|
| CPA105 | 5 | 10mm | 22.23mm |
| CPA125 | 6 | 10mm | 22.23mm |
| CPA180 | 10 | 10mm | 22.23mm |
Key Features
- Big arrow-shaped segments with beveled edges enable effective penetration and removal of epoxy and coating layers
- Zigzag segment arrangement expands grinding coverage while allowing access to edges and corner areas
- Specially developed metal bond with coarse diamond grits delivers fast removal of surface coatings
- Tall segment height construction supports extended service life during coating removal operations
- Controlled grinding action helps remove coatings without leaving heavy scratches on the concrete surface
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