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Diamond saw blades are essential for tile, stone and ceramic processing. For beg
This article is a beginner-friendly guide to stone polishing, covering its core principles (combining physical friction and chemical reactions) and the four progressive stages (rough to final polishing). It also provides practical tips on selecting suitable polishing tools—such as diamond grinding wheels and resin pads—based on stone type, process stage, and application scenario, helping readers achieve professional, glossy finishes.
he complete stone processing workflow covers pre-processing preparation, core stages of cutting with diamond saw blades, grinding with diamond grinding wheels and polishing with abrasive pads, plus post-processing sealing and quality inspection. It specifies tool selection for different stones and operational tips, highlighting that proper tool matching ensures high-quality stone products and production efficiency.
Selecting diamond tools properly relies on two core elements: diamond concentration and bond type, which directly determine tool sharpness, durability and stone adaptability. Match metal, resin, hybrid bond diamond saw blades and grinding wheels to granite, marble, ceramic tiles, engineered quartz based on their characteristics to boost precision, efficiency, reduce wear and waste, and ensure stone product quality.
Higher diamond concentration isn’t always better for stone fabrication. Unlock the right concentration selection for diamond tools to optimize performance, reduce downtime, and maximize tool lifespan without unnecessary expenses.
Learn the complete wall tile installation process, master key precautions against hollowing, sagging and water seepage, and achieve durable, professional tiling results for residential and commercial projects.
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top Stone Polishing: A Concise Guide to Principles and Tool Selection
This article is a beginner-friendly guide to stone polishing, covering its core principles (combining physical friction and chemical reactions) and the four progressive stages (rough to final polishing). It also provides practical tips on selecting suitable polishing tools—such as diamond grinding wheels and resin pads—based on stone type, process stage, and application scenario, helping readers achieve professional, glossy finishes.
What are the differences and distinctions in physical properties between brown corundum, white corundum, black silicon carbide, and green silicon carbide
Brown corundum has higher toughness than white corundum, but its self sharpness is not as good as white corundum. Its basic performance and high toughness make it suitable for use in polishing pads, rough grinding wheels, polishing coated grinding tools, etc. Brown corundum has broad prospects when combined with zirconia corundum to produce high-end grinding tools. By calcination at a certain temperature, the hydrophilicity and strength of brown corundum can be enhanced, the coefficient of therm
Metal grinding and polishing process
Before polishing, check if the polishing allowance is sufficient, and the polishing amount should not exceed the reserved amount:
What factors affect the hardness of grinding tools
Grinding tools are products that are needed in many industries, and their hardness will affect the specific usage and application areas of the tools. So, what are the main factors that affect the hardness of grinding tools? Now let's take everyone to learn about it together.
Application scope of water grinding disc
Used for processing artificial stone, granite, marble and other stone materials, it has a complete and standardized grain size color system and good flexibility. It is adept at processing lines, chamfers, curved plates and irregular stone materials. There are multiple shapes and specifications to choose from, and various grain sizes are easy to distinguish. It can be flexibly matched with various hand grinders according to needs and habits.
How to distinguish between dry grinding discs and water grinding discs?
1. The damage to stone is different: because the water polishing plate grinds deeper, it is less likely to have scratches, and there will be no dust. Dry grinding is relatively shallow compared to polishing, with a larger amount of dust and a higher risk of scratches.