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...used in industrial and engineering applications. It is a compound of tungsten and carbon and has a hardness rating of 8.5 on the Mohs scale, making it ideal for use in high-wear and extreme-temperature envir...
... are specially crafted parts fabricated from an exceptionally hard and resilient material. Boasting a Mohs scale rating of 8.5, it is exceptionally well-suited for applications in extreme temperatures and hi...
... for industrial applications. Comprising a combination of tungsten and carbon, these parts exhibit a Mohs scale hardness exceeding that of traditional steel, making them ideal for tasks demanding resistance ...
... widely used in industrial and engineering applications. It is a compound of tungsten and carbon and has a hardness rating of 8.5 on the Mohs scale, making it ideal for use in high-wear and extreme-temperatu...
Product Description: These tubes exhibit a hardness of 9 on the Mohs scale, making them among the hardest materials available today. This exceptional hardness ensures resistance to scratches, abrasions, and var...
... Ceramic Tiles, designed to meet your demanding industrial needs with precision and reliability. These Alumina Ceramic Tiles are engineered to provide a hardness of 9 on the Mohs Scale, ensuring exceptional ...
... tiles are engineered using high-quality alumina material, making them incredibly hard and resistant to wear, with a Mohs scale hardness rating of 9. One of the standout features of Alumina Ceramic Tiles is ...
... in a classic White color are the perfect solution for applications that require high hardness and exceptional wear resistance. With a rating of 9 on the Mohs Scale, these tiles are designed to withstand the...
Product Description: Alumina Ceramic Tiles are high-performance industrial materials known for their exceptional hardness, durability, and versatility. With a hardness rating of 9 on the Mohs scale, Alumina Cer...
...dispersing materials due to their high density and hardness, which is greater than 8 on the Mohs scale. This means that they are able to withstand high pressures and temperatures, making them ideal for use i...
.../ laser/ lenses/optical instrument/high temperature window. Brand shengfanquartz SIO2 99.9% Density 2.2(g/cm³) Degree of hardness moh’ scale 6.6 Melting point 1732℃ Working...
.../optical instrument/high temperature window. Shengfan Quartz plate characteristic SIO2 99.9% Density 2.2(g/cm³) Degree of hardness moh’ scale 6.6 Melting point 1732℃...
.../optical instrument/high temperature window. Specification Quartz Characteristic SIO2 99.99% Density 2.2(g/cm3) Degree of the hardness moh’ scale 6.6 Melting point 1732℃ Working temperature 1100℃ Max tempera...
.../optical instrument/high temperature window. Specification Quartz Characteristic SIO2 99.99% Density 2.2(g/cm3) Degree of the hardness moh’ scale 6.6 Melting point 1732℃ Working temperature 1100℃ Max tempera...
... joint:9mm/14mm/18mm/19mm/24mm/29mm Brand shengfanquartz SIO2 99.9% Density 2.2(g/cm³) Degree of hardness moh’ scale 6.6 Melting point 1732℃ Working...
...alkali resistance Shengfan Quartz plate characteristic SIO2 99.9% Density 2.2(g/cm³) Degree of hardness moh’ scale 6.6 Melting point 1732℃ Working temperature 1100℃ Max temperature can reach in a short time ...
.../optical instrument/high temperature window. Shengfan Quartz plate characteristic SIO2 99.9% Density 2.2(g/cm³) Degree of hardness moh’ scale 6.6 Melting point 1732℃ Working temperature 1100℃ Max temperature...
... polished 5.Acid and alkali resistance Shengfan Quartz plate characteristic SIO2 99.9% Density 2.2(g/cm³) Degree of hardness moh’ scale 6.6 Melting point 1732℃ Working temperature 1100℃ Max temperature can r...
...Acid and alkali resistance *Brand Shengfanquartz *SIO2 99.99% *Density 2.2(g/cm³) *Degree of hardness moh’ scale 6.6 *Melting point 1732℃ *Annealing point 1180℃ *Softening point 1630℃ *Application Optics qua...
... Shengfan Quartz plate characteristic *Brand shengfanquartz *SIO2 99.99% *Density 2.2(g/cm³) *Degree of hardness moh’ scale 6.6 *Melting point 1732℃ * Working temperature 1100℃ *Annealing point 1180℃ *Soften...