Is a granite platform (often mistakenly referred to as a marble slab) better than a cast iron platform? If users want to use a magnetic inspection platform to secure equipment, they can choose a cast iron platform. Stone platforms can also be used in conjunction with drilling and metal. Granite platforms are precision reference measurement platforms made from natural stone materials, ideal for the inspection of instruments, precision tools, and mechanical parts. Especially for high-precision measurements, due to their unique characteristics, they make cast iron platforms seem inferior. Jinan Qing and Taishan Black diamonds, after millions of years of natural aging, are extremely stable in form and have a uniform structure.
Is a granite platform (often mistakenly referred to as a marble slab) better than a cast iron platform? If users want to use a magnetic testing platform to attach and fix equipment, they can choose a cast iron platform. Stone platforms can also be used in conjunction with drilling and metal. Granite platforms are precision reference measurement platforms made from natural stone materials, ideal for the inspection of instruments, precision tools, and mechanical parts. Especially for high-precision measurements, due to their unique characteristics, they make cast iron platforms seem inferior. Jinan Qing and Taishan Black granite, after millions of years of natural aging, are extremely stable in form, have a uniform structure, a small coefficient of linear expansion, and completely eliminated internal stress, thus not deforming, resulting in higher precision. Rock platforms have the following advantages compared to cast iron platforms and other measuring tools:
1. High precision, good stability, not easily deformed, can ensure measurement accuracy at room temperature.
2. Rust-resistant, acid and alkali resistant, does not require oil coating, not easily contaminated with dust, easy and simple to maintain.
3. Good rigidity, high hardness, excellent wear resistance, long service life.
4. Minor scratches or impacts on the working surface do not cause protrusions and do not affect measurement accuracy.
5. No magnetization issues, allowing for smooth movement during measurement without any stickiness.