It combines excellent thermal shock resistance and durability! It offers a wide range of options with various materials, porosity, and specifications.
Lepton's "Firing Setter" combines excellent thermal shock resistance and durability. We offer a wide variety of materials, including alumina, zirconia, cordierite, and magnesia, and we can flexibly accommodate customer requests regarding porosity and various shapes. 【Product Lineup】 ■ Surface Coated Setter: Yttria Stabilized Zirconia Purity: Zirconia 90wt% or more, Yttria 8wt% Main Applications: Firing of electronic components and fuel cells, among others. ■ Surface Coated Setter: Zirconia (Non-impurity Grade) Purity: Zirconia 83wt% or more, Yttria 16wt% Main Applications: Firing of electronic components and fuel cells, among others. ■ Cordierite Excellent low thermal expansion and thermal shock resistance. Main Applications: Fixtures for heat treatment and electronic-related materials, among others. ■ Cordierite + Mullite Stronger against thermal deformation than cordierite, with equivalent thermal shock resistance. Main Applications: Fixtures for heat treatment and electronic-related materials, among others. Leveraging Lepton's unique molding method, we have received high praise in various fields, including industries for electronic and metal components. *For more details, please download the materials or check our company website.
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Our unique manufacturing method, the "thermal gel molding method," has made it possible to achieve shapes and sizes that were previously deemed impossible with conventional ceramics. The "thermal gel molding method" allows for various forms to be created by injecting a slurry of ceramic solvent into a "mold" and heating it to solidify without shrinkage, thus solidifying the solvent as well. Additionally, since there is no contact with metals throughout the entire process, there is no contamination from impurities. Please consult us from the design stage! We are a ceramics manufacturer that fulfills your requests.
