Arrow Spike Cup Wheel for Coating Removal
Arrow Spike Cup Wheel for Coating Removal
The Arrow Spike Cup Wheel is a pro-grade grinding cup wheel developed for aggressive coating and epoxy removal on concrete floors using hand held angle grinder machines. This Arrow spike cup wheel is intended for contractors, distributors, and OEM buyers who need fast coating penetration and high material removal efficiency when stripping tough surface layers during concrete preparation.
- Diameter: 125mm, 180mm
- Segment type: Small arrow shape
- Bond type: Soft, Medium hard
- Manufacturing method: Silver brazed
- Machine compatibility: Hand held angle grinder machine
- Bore size: 22.23mm
Product Overview
This grinding cup wheel features multiple small arrow-shaped segments arranged in a turbo-style layout across the steel body. The sharp leading edges are designed to penetrate and open coating layers quickly, allowing efficient removal of epoxy and surface materials during grinding.
Developed for coated concrete floor preparation, the Arrow Spike Cup Wheel combines soft and medium hard bond options with coarse diamond grits to maintain strong cutting action under continuous jobsite use. Ventilation holes beside the segments assist airflow, helping improve cooling and dust evacuation while maintaining stable performance throughout the grinding process.
Specification Data
| Item Nr. | Seg Nr. | Seg Height | Arbor Size |
|---|---|---|---|
| CPP125 | 8 | 11mm | 22.23mm |
| CPP180 | 12 | 11mm | 22.23mm |
Key Features
- Small arrow-shaped segments with sharp forward edges enable effective penetration and removal of epoxy and coating layers
- Turbo-style segment positioning increases surface engagement for faster and more aggressive grinding
- Soft and medium hard bond options combined with coarse diamond grits deliver high material removal efficiency
- Ventilation holes beside segments improve airflow to support cooling and dust removal during continuous operation
- Stable silver brazed construction maintains consistent performance without segment loss during heavy-duty use
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