Free guide and case studies on selecting heat-resistant materials.
From high melting point metals to common metals, the differences in physical properties are clear at a glance! Successful case studies due to material changes are also being presented!
We are currently offering the "Material Processing Guide & Success Case Collection," which is helpful for material selection in research and development as well as product manufacturing! This guide condenses data on major materials, from high melting point metals like tungsten and molybdenum to common metals like stainless steel, ceramics, metal composites, and glass. It compares items such as heat resistance temperature and thermal conductivity in graphs, making the differences in physical properties immediately clear. We are also providing case studies on productivity improvements through material changes as a set! [Contents of the Material Processing Guide] ○ High melting point metals ○ Common metals ○ Semi-metals ○ Ceramics ○ Glass and more We provide introductions and the latest information on precision cutting products made from hard and brittle materials like ceramics and glass, as well as high melting point metals like tungsten and molybdenum. *We updated our "Company Profile" in December 2022. Please download the "Material Processing Guide" and "Successful Material Change Cases" from the link below!
basic information
【Material Processing Guide - Contents】 ○ High Melting Point Metals → Molybdenum (Mo), Tungsten (W), etc. ○ Common Metals → Silver (Ag), Copper (Cu), Aluminum (Al), etc. ○ Ceramics → Alumina (Al2O3), Aluminum Nitride (AlN), etc. ○ Semi-Metals → Silicon (Si) ○ Glass → Quartz Glass … and others ● We provide a comprehensive list of property tables by material, graphs by property, unit conversion tables, etc. This makes it easier to compare properties, so please use it as a reference when selecting or changing materials. 【Success Cases - Contents (Partial)】 - Company A (Plastic Parts Manufacturing) switched from acrylic to synthetic quartz glass. ■ Issues → There were problems with the heat resistance of acrylic, leading to burning. Polishing was required twice a week to remove the burn marks. ■ After Improvement → No need for re-polishing. Additionally, since there was no decrease in transmittance due to burning, it became possible to lower the laser output, leading to energy savings. *For more details, please refer to the materials or feel free to contact us.
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For more details, please refer to the materials or feel free to contact us.
