Gamma Tech公司成立于2022年,专注于利用创新的溶胶-凝胶技术开发和生产玻璃微球。其生产工艺在常温下进行,显著降低了能源消耗。
该技术的关键突破在于能够将有机添加剂融入制造过程,从而生产出有机/无机混合微球。这一特性与传统的玻璃熔融工艺无法兼容,为材料科学开辟了新路径。
所生产的微球具有多功能特性,同时碳足迹较低,体现了环保与高性能的结合。
Gamma Tech (2022)
Gamma Tech公司成立于2022年,专注于利用创新的溶胶-凝胶技术开发和生产玻璃微球。其生产工艺在常温下进行,显著降低了能源消耗。
该技术的关键突破在于能够将有机添加剂融入制造过程,从而生产出有机/无机混合微球。这一特性与传统的玻璃熔融工艺无法兼容,为材料科学开辟了新路径。
所生产的微球具有多功能特性,同时碳足迹较低,体现了环保与高性能的结合。
Gamma Tech's Low-Energy Glass Microsphere Production
Founded in 2022, Gamma Tech specializes in manufacturing glass microspheres using an innovative sol-gel process. Unlike conventional glass fusion methods, which require high temperatures, Gamma Tech's production occurs at room temperature, significantly reducing energy consumption.
This ambient-temperature process enables a key innovation: the incorporation of organic additives during fabrication. This allows the company to create hybrid organic/inorganic microspheres—a feat impossible with traditional high-heat fusion techniques.
The resulting microspheres are multifunctional materials designed for a low carbon footprint. The technology's dual advantages—dramatically lower energy use and the ability to produce novel hybrid materials—position it as a sustainable alternative in advanced material manufacturing.
Gamma Tech développe et fabrique des microsphères de verre grâce à une technologie sol-gel innovante. La production se fait à température ambiante, ce qui réduit la consommation d'énergie. Cette technologie permet d'incorporer des additifs organiques pour la fabrication de microsphères hybrides organiques/inorganiques. Ces deux aspects sont incompatibles avec le procédé conventionnel de fusion de verre. Les charges créées sont multifonctionnelles et ont un faible impact carbone.
Gamma Tech produces glass microspheres via an innovative low-temperature sol-gel process, enabling energy-efficient manufacturing and hybrid organic-inorganic materials incompatible with conventional methods.
Gamma Tech — develops and manufactures innovative glass microspheres using sol-gel technology, based in France.
Monitor — its novel, low-energy process for hybrid materials could disrupt specialty glass and advanced material sectors if scalable.