Transform your tile work with this comprehensive 45-degree tile chamfering tool set from TsicTolg. The kit includes everything you need for professional-grade edge finishing: 5 premium diamond cutting blades designed for precise 45-degree beveling, a pair of protective work gloves for safe handling, a convenient screwdriver for adjustments, and a 39-inch water supply tube for cooling.
The sturdy tool holder features a smooth-gliding base plate with secure mounting points and water connection ports for optimal performance. Perfect for contractors and DIY enthusiasts working with ceramic, porcelain, and stone tiles, this versatile set allows you to create clean, professional beveled edges and corners.
The ergonomic design reduces fatigue during extended use, while the included water cooling system helps maintain blade life and reduce dust. Whether you're tackling a complete bathroom renovation or adding elegant finishing touches to a kitchen backsplash, this comprehensive kit delivers consistent, professional results.
Kit Includes:
5 × Premium Diamond Cutting Blades
1 × Pair of Protective Work Gloves
1 × Screwdriver for Adjustments
1 × 39-inch Water Supply Tube
1 × Sturdy Tool Holder with Base Plate
Key Features:
Precise 45-degree beveling for ceramic, porcelain, and stone tiles
Water cooling system extends blade life and reduces dust
Ergonomic design for reduced fatigue during extended use
Secure mounting points and water connection ports
Professional-grade results for contractors and DIY enthusiasts
【Important Notice】
Compatibility: This product is only compatible with angle grinders featuring grinding wheels smaller than 110mm/4.33 inches in diameter. Before purchasing, please measure your angle grinder's grinding wheel to ensure it falls within this range. Strictly adhere to the angle grinder's size requirements. If the screw hole positions do not match, please double-check whether your angle grinder meets the factory specification of a 100mm grinding wheel diameter. The hole diameter is 5.5 cm ±0.1 / 2.165 inches ±0.03