Factory Price Diamond Tile Cutting Blade, Ultra-Thin Patterned Ceramic Saw Blade

Product Description

Product Description

1. "Corrugated" corrugated blade - a true chip removal expert
Unlike ordinary smooth continuous edge saw blades, this series adopts a corrugated/turbine shaped blade design. The three direct benefits of this structure are:

Rapid heat dissipation: The corrugated gap increases air circulation, which can quickly remove frictional heat during dry cutting, preventing the blade from burning out or the tiles from exploding due to overheating.

Efficient chip removal: The ceramic powder generated by cutting will not block the edge of the saw blade, maintaining a sharp contact surface at all times, and the cutting speed is about 30% higher than that of ordinary smooth blades.

Reduce edge breakage: The corrugated structure disperses the cutting force and makes the cutting smoother, especially suitable for ultra-thin glazed tiles and microcrystalline stones. The cutting edge is smooth and almost does not require secondary polishing.

2. Blue - Blue coating: not only beautiful, but also protective
The blue coating is not simply dyed, but a high-quality rust and oxidation resistant layer. Effectively protect the substrate from rusting and deformation in damp cutting environments or long-term storage. In addition, blue forms a clear distinction from common black or gold saw blades, making it easy for workers to quickly identify and improve work efficiency in the toolbox.

3. Ultra thin substrate design - saving materials, labor, and costs
We use ultra-thin diamond working layer thicknesses ranging from 1.0mm to 1.4mm (with slight variations depending on specifications):

Material saving: Each cut has a narrower seam, which can reduce material loss for expensive large tiles or marble, and can cut 1-2 more cuts per brick.

Effort saving: The cutting resistance is significantly reduced, the load on electric tools (especially angle grinders) is reduced, making them less prone to burning, and battery powered tools have a longer battery life.

Cost saving: Factory direct supply price+ultra-thin design extends the total cutting distance of a single blade, with a comprehensive cost-effectiveness far exceeding that of ordinary thick blades.

4. High grade diamond sintering process
Using multi-layer brazing or hot pressing sintering technology, the diamond particles are evenly distributed and the blade height is consistent. Even when cutting continuously on high hardness fully glazed tiles, it still maintains sharpness without losing teeth. Factory commitment: Under normal use, a single piece can complete cutting of 200-400 meters of ceramic tiles (depending on the hardness of the tiles) Corrugated "Ripple Blade - A True Chip Disposal Expert
Unlike ordinary smooth continuous edge saw blades, this series adopts a corrugated/turbine shaped blade design. The three direct benefits of this structure are:

Rapid heat dissipation: The corrugated gap increases air circulation, which can quickly remove frictional heat during dry cutting, preventing the blade from burning out or the tiles from exploding due to overheating.

Efficient chip removal: The ceramic powder generated by cutting will not block the edge of the saw blade, maintaining a sharp contact surface at all times, and the cutting speed is about 30% higher than that of ordinary smooth blades.

Reduce edge breakage: The corrugated structure disperses the cutting force and makes the cutting smoother, especially suitable for ultra-thin glazed tiles and microcrystalline stones. The cutting edge is smooth and almost does not require secondary polishing.

2. Blue - Blue coating: not only beautiful, but also protective
The blue coating is not simply dyed, but a high-quality rust and oxidation resistant layer. Effectively protect the substrate from rusting and deformation in damp cutting environments or long-term storage. In addition, blue forms a clear distinction from common black or gold saw blades, making it easy for workers to quickly identify and improve work efficiency in the toolbox.

3. Ultra thin substrate design - saving materials, labor, and costs
We use ultra-thin diamond working layer thicknesses ranging from 1.0mm to 1.4mm (with slight variations depending on specifications):

Material saving: Each cut has a narrower seam, which can reduce material loss for expensive large tiles or marble, and can cut 1-2 more cuts per brick.

Effort saving: The cutting resistance is significantly reduced, the load on electric tools (especially angle grinders) is reduced, making them less prone to burning, and battery powered tools have a longer battery life.

Cost saving: Factory direct supply price+ultra-thin design extends the total cutting distance of a single blade, with a comprehensive cost-effectiveness far exceeding that of ordinary thick blades.

4. High grade diamond sintering process
Using multi-layer brazing or hot pressing sintering technology, the diamond particles are evenly distributed and the blade height is consistent. Even when cutting continuously on high hardness fully glazed tiles, it still maintains sharpness without losing teeth. Factory commitment: Under normal use, a single tile can be cut to 200-400 meters (depending on the hardness of the tile)

Request quality level, please contact customer ser125mm Corrugated blue105mm Corrugated blue115mm Corrugated blue