A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
INORGANIC COMPOSITE, USE, MECHANICAL FORMING TOOL, MOLD AND MANUFACTURING METHOD
The invention relates to the field of mechanical engineering, the field of material engineering, the field of tools and the field of environmental protection for reducing energy consumption and raw material consumption. The invention includes inorganic composites, the use of the inorganic composites in tools and molds, mechanical forming tools, molds and methods for manufacturing tools and molds made of inorganic composites. In embodiments, the present invention provides molds and/or tools, as well as casting or injection molds, for mechanically forming composite materials and metals, which molds or tools have specific physicochemical properties. In embodiments, the manufacturing method ensures rapid, high quality and low cost manufacturing while reducing energy consumption and raw material consumption, making economically feasible and environmentally friendly by industrial production of molded structural composite materials.
本发明涉及机械工程领域、材料工程领域、工具领域和降低能耗和原材料消耗的环保领域。本发明包括无机复合物、该无机复合物在工具和模具中的用途、机械成型工具、模具以及用于制造由无机复合物制成的工具和模具的方法。在实施方案中，本发明提供了用于机械成型复合物材料和金属的模具和/或工具，以及铸造模具或注塑模具，这些模具或工具具有特定的理化性质。在实施方案中，该制造方法确保了快速、高质量和低成本的制造，同时降低了能耗和原材料消耗，使得通过成型结构复合物材料的工业生产在经济上可行且对环境有利。
INORGANIC COMPOSITE, USE, MECHANICAL FORMING TOOL, MOLD AND MANUFACTURING METHOD
The invention relates to the field of mechanical engineering, the field of material engineering, the field of tools and the field of environmental protection for reducing energy consumption and raw material consumption. The invention includes inorganic composites, the use of the inorganic composites in tools and molds, mechanical forming tools, molds and methods for manufacturing tools and molds made of inorganic composites. In embodiments, the present invention provides molds and/or tools, as well as casting or injection molds, for mechanically forming composite materials and metals, which molds or tools have specific physicochemical properties. In embodiments, the manufacturing method ensures rapid, high quality and low cost manufacturing while reducing energy consumption and raw material consumption, making economically feasible and environmentally friendly by industrial production of molded structural composite materials.
本发明涉及机械工程领域、材料工程领域、工具领域和降低能耗和原材料消耗的环保领域。本发明包括无机复合物、该无机复合物在工具和模具中的用途、机械成型工具、模具以及用于制造由无机复合物制成的工具和模具的方法。在实施方案中，本发明提供了用于机械成型复合物材料和金属的模具和/或工具，以及铸造模具或注塑模具，这些模具或工具具有特定的理化性质。在实施方案中，该制造方法确保了快速、高质量和低成本的制造，同时降低了能耗和原材料消耗，使得通过成型结构复合物材料的工业生产在经济上可行且对环境有利。
INORGANIC COMPOSITE, USE, MECHANICAL FORMING TOOL, MOLD AND MANUFACTURING METHOD
无机复合物、用途、机械成型工具、模具和制造方法
BOARETTO JOHN (author) / CRUZ RAFAEL C D (author)
2024-06-28
Patent
Electronic Resource
Chinese
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