| Brand Name: | XRTOOLS |
| Model Number: | 5inch |
| MOQ: | 200pcs |
| Price: | $1.2-15/pcs |
| Delivery Time: | 25-30days |
| Payment Terms: | L/C, D/P, T/T, Western Union, MoneyGram |
The Problem: Modern architecture heavily utilizes "Sintered Stone" and 20mm to 30mm thick outdoor porcelain pavers. These materials are forged under immense pressure, making them harder than granite but incredibly brittle. Standard blades cause microscopic impact shocks that release the internal tension of the slab, causing a catastrophic crack to shoot straight down the middle, destroying a $500 piece of material instantly.
The Result: Massive financial losses for fabricators, delayed outdoor hardscaping projects, and wasted material due to unpredictable tension snapping.
Interrupted Impact: Standard segmented or deep-turbo blades hit the brittle material like a series of tiny hammers, creating the initial shockwave that cracks the slab.
Excessive Drag: Thick blades create too much friction inside the deep 20mm cut, overheating the composite material and causing thermal expansion cracks.
Interwoven X-Mesh Rim: The rim is continuous, ensuring constant, impact-free contact with the material. However, it features an embossed "X-Mesh" pattern on the sides. This micro-texture violently ejects fine dust and aggressively pulls in cooling air, preventing the thermal buildup that causes tension cracks.
1.2mm Thin-Profile Relief: The blade is forged with a 1.2mm core, drastically reducing cutting resistance. It slices a surgical line through the dense material rather than plowing through it, relieving internal slab tension safely.
Hot-Pressed Micro-Diamond Blend: Uses a highly specialized blend of fine-grit diamonds locked in a hot-pressed matrix. This ensures the blade grinds smoothly without grabbing or biting into the ultra-hard sintered surface.
| Technical Pillar | Imperial Specification | Metric Specification | Industrial Benefit |
| Diameter | 5" | 125mm | Extended reach for cutting 20mm-30mm thick slabs. |
| Arbor Size | 7/8" | 22.23mm | Direct fit for standard 5-inch commercial grinders. |
| Kerf Thickness | 0.047" | 1.2mm | Relieves cutting friction to prevent slab tension cracks. |
| Rim Geometry | X-Mesh (Continuous) | X-Mesh (Continuous) | Zero-impact cutting with integrated aerodynamic cooling. |
| Manufacturing | Hot-Pressed Sintered | Hot-Pressed Sintered | Retains fine-grit diamonds for a flawlessly smooth edge. |
| Max RPM | 12,200 RPM | 12,200 RPM | Calibrated for smooth operation on 5-inch angle grinders. |
Sintered Stone Fabrication: The mandatory blade for cutting modern, ultra-dense composite slabs for kitchen islands, wall cladding, and luxury facades.
Outdoor Hardscaping: Dry-cutting ultra-thick 20mm and 30mm porcelain pavers for premium patio and pool deck installations.
Commercial Tile: Flawless cuts on highly vitrified, double-loaded commercial porcelain floor tiles.
The "Breathing" Technique: When dry-cutting Sintered Stone, never plunge and push continuously. Cut 6 to 8 inches, pull the blade slightly out to let the X-Mesh pull in cool air for two seconds, and then resume. This heat management prevents tension cracks.
Relief Cuts: If cutting a large cutout (like a sink hole), always drill the corners first with a diamond core bit to relieve stress, then use this blade to connect the holes.
5-Inch Guard Required: Ensure your angle grinder is equipped with a 5-inch safety guard. Never remove the guard to accommodate this larger blade on a 4.5-inch tool.
Q: Can I use this X-Mesh blade to cut wet on a table saw?
A: Yes. While the X-Mesh is famous for its dry-cutting cooling capabilities on a grinder, running it wet on a 5-inch tile saw provides the absolute best, factory-grade finish and extends the blade's life exponentially.
Q: Why did my porcelain paver crack right at the very end of the cut?
A: This is called "blowout." Because the material is under tension, the unsupported weight of the falling piece snaps the last half-inch. Fully support both sides of the paver on a rigid foam board, and drastically slow down your cutting speed for the final inch.