The core advantage of this precision gasket block lies in its 00-level precision processing standard, with a parallelism error of ≤0.001mm and surface roughness Ra≤0.8μm, meeting micron-level positioning requirements. The natural Jinan blue granite has a Mohs hardness of 6-7, with excellent wear resistance, and will not have accuracy degradation caused by surface wear during long-term use. Its zero-magnetic feature avoids interference with precision electronic detection equipment such as coordinate measuring machines, and has better rust and moisture resistance than steel gaskets, adapting to harsh industrial production environments. Multiple blocks can be used in combination to form support platforms of different heights, adapting to the installation needs of most detection equipment. The packaging uses carton plus foam buffer to ensure no damage during transportation, and we provide 1-year free after-sales maintenance service.
The conventional size is 100mm (length) * 100mm (width) * 50mm (height), supporting customized sizes from 50*50*25mm to 300*300*150mm. The maximum loading capacity of a single block can reach 5 tons. It uses natural Jinan blue granite with water absorption less than 0.1%, conforming to national building material testing standards. The weight of a single block is about 13kg, and the packaging uses waterproof carton plus foam buffer wrapping, and 10 blocks can be loaded in each carton. Each product comes with a third-party detection precision certificate, ensuring compliance with ISO9001 quality certification standards. The installation methods include bolt fixing and direct placement, adapting to the positioning needs of most precision detection equipment.
It is mainly used for coordinate measuring machine supporting support, machine tool equipment assembly positioning, precision instrument calibration, electronic semiconductor parts detection, aerospace parts assembly and other scenarios. In the electronic semiconductor industry, this gasket block can provide stable high-precision support for wafer detection equipment, avoiding detection errors caused by environmental vibration. In the aerospace field, it can be used for assembly calibration of aircraft parts, ensuring that the assembly accuracy of parts meets aviation-grade standards. It can also be used as an auxiliary component for precision detection in laboratories, providing a stable measurement benchmark for scientific research institutions and improving detection accuracy and efficiency.
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