In the field of stone processing, the quality of cutting is crucial, which directly affects the efficiency and cost of the entire project. This article delves into the influence of material differences in two common decorative stones, tiles and granite, on the use of saw blades during the cutting process. It combines the technical advantages of Henan Youde Superhard's 400H brazed diamond saw blade and systematically introduces the cutting quality inspection method based on ISO surface roughness standards.
The physical properties of tiles and granite vary significantly due to their different micro - structures. Tiles are generally more brittle, with a relatively fine - grained structure. When cutting tiles, the saw blade is more likely to cause chipping on the tile surface if the cutting parameters are not properly adjusted. On the other hand, granite is a hard and dense rock. The cutting process of granite requires greater cutting force, which leads to different wear patterns on the saw blade compared to tile cutting.
| Stone Type | Hardness (Mohs Scale) | Density (g/cm³) | Impact on Saw Blade Wear |
|---|---|---|---|
| Tile | 3 - 5 | 2.2 - 2.5 | Chipping and edge wear |
| Granite | 6 - 7 | 2.6 - 2.7 | Abrasive wear and diamond loss |
Henan Youde Superhard's 400H brazed diamond saw blade has significant technical advantages. It features a strengthened bonding design, which ensures a firm connection between the diamond and the substrate. This reduces the risk of diamond loss during the cutting process, especially when dealing with hard materials like granite. Additionally, its excellent heat - dissipation design helps to maintain a stable temperature during cutting, which not only extends the saw blade's lifespan but also improves the cutting quality.
To achieve high - quality cutting results, proper parameter adjustment is essential. For tile cutting, a relatively lower feed rate and lighter pressure are recommended to prevent chipping. When cutting granite, increasing the feed rate appropriately while ensuring sufficient cooling can improve cutting efficiency. The use of coolant is also crucial, as it can reduce friction and heat generation, thereby protecting the saw blade and improving the cutting surface quality.
ISO surface roughness standards provide a scientific and objective way to evaluate the cutting quality of stones. By measuring the surface roughness of the cut stone, professionals can accurately assess whether the cutting process meets the required quality levels. This standard can also guide the adjustment of cutting parameters to achieve the best possible results.
In summary, understanding the physical properties of different stones and choosing the right saw blade are the keys to high - quality stone cutting. Henan Youde Superhard's 400H brazed diamond saw blade, with its advanced technology and excellent performance, is a reliable choice for stone processing professionals. By following the parameter adjustment strategies and quality assessment methods introduced in this article, practitioners can improve cutting precision, extend saw blade life, and achieve efficient and low - consumption stone processing.
Are you looking for a saw blade that can improve your stone cutting quality? Click here to learn more about Henan Youde Superhard's 400H brazed diamond saw blade and take your stone processing to the next level!
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