221101耐高温制品及其组合物[世界知识产权组织]WO2022219156,2022.10.20Grana-SuarezLaura;Kubiak Michael;Vossebeld Frank [英国]本发明涉及一种用于金属铸造的耐高温制品和用于制造该制品的组合物。该组合物包括颗粒耐火材料、可氧...221101耐高温制品及其组合物[世界知识产权组织]WO2022219156,2022.10.20Grana-SuarezLaura;Kubiak Michael;Vossebeld Frank [英国]本发明涉及一种用于金属铸造的耐高温制品和用于制造该制品的组合物。该组合物包括颗粒耐火材料、可氧化的燃料、氧化剂、敏化剂和粘合剂。展开更多
201101一种生产金属3D产品的铸造工艺[欧洲]W02018NL50435,2018.07.04,Janne Tuomas Kyttanen[荷兰]本发明涉及一种通过执行以下步骤来制造金属3D产品的铸造工艺:(a)提供该3D产品的成形阴模,该阴模由塑料片制成,它是通过利用母模进行热...201101一种生产金属3D产品的铸造工艺[欧洲]W02018NL50435,2018.07.04,Janne Tuomas Kyttanen[荷兰]本发明涉及一种通过执行以下步骤来制造金属3D产品的铸造工艺:(a)提供该3D产品的成形阴模,该阴模由塑料片制成,它是通过利用母模进行热压成形在塑料片内部形成一个与多种3D产品形状相对应的中空空腔;(b)在阴模的塑料片外部施加一层耐火材料,以获得内部具有中空空腔的陶瓷型壳;(c)将熔融金属液浇入陶瓷型壳的中空空腔内凝固;(d)去除耐火材料层,最终获得金属3D产品。所述塑料片还要形成浇注系统,它是采取连续式工艺利用热成形包装机进行热压成形的塑料片。展开更多
2020-33.Compositions and methods for improving casting quality and mold sand additives Patent No.:US201615752411 Date of Patent:2016-08-11 Inventor(s):Victor Lafay Assignee:Imerys Minerals USA Inc.[US]This disclosure ...2020-33.Compositions and methods for improving casting quality and mold sand additives Patent No.:US201615752411 Date of Patent:2016-08-11 Inventor(s):Victor Lafay Assignee:Imerys Minerals USA Inc.[US]This disclosure relates generally to the field of sand cast molding and to improvements in the founding of metals.展开更多
2020-23.Process of lost wax micro casting with recycling of exhausted wax Patent No.:US201616065618 Date of Patent:2016-12-27 Inventor(s):Mario Iorlano;Angelo Lotrecchiano Assignee:Europea Microfusioni Aerospaziali S....2020-23.Process of lost wax micro casting with recycling of exhausted wax Patent No.:US201616065618 Date of Patent:2016-12-27 Inventor(s):Mario Iorlano;Angelo Lotrecchiano Assignee:Europea Microfusioni Aerospaziali S.P.A.[IT]The present invention provides a process of lost wax microcasting with recycling of exhausted wax in order to reduce disposal costs,without compromising the quality of the production of the final components.The process can be used in place of the less valuable wax type,or in place of the wax used for the realization of the clusters and accessories.The proposed process is simple,safe and reliable with low costs.展开更多
Compositions and methods o f use thereof in sandcasting Compositions useful for foundry processes such as green sandcasting are provided.The present disclosure includes compositions useful in sandeasting,preparation o...Compositions and methods o f use thereof in sandcasting Compositions useful for foundry processes such as green sandcasting are provided.The present disclosure includes compositions useful in sandeasting,preparation of such compositions,and methods of use thereof.The compositions herein include binder compositions and green sand compositions that may be used to prepare a sand mold for casting.The compositions may comprise ball clay,bentonite,and a carbonaceous material.The ball day may comprise from about 15%to about 35%alumina by weight with respect to the total weight of the ball clay and/or from about 30%to about 60%silica by weight with respect to the total weight of the ball day.In some aspects,the ball clay may have a loss on ignition(LOI)ranging from about 12%to about 50%.展开更多
Method and alloys for low pressure permanent mold without a coating Patent No.:US2018282842(Al)Date of Patent:2017-03-28 Inventor(s):Raymond J Donahue;Alexander K Monroe;Kevin R Anderson;Terrance M Cleary Assignee:Bru...Method and alloys for low pressure permanent mold without a coating Patent No.:US2018282842(Al)Date of Patent:2017-03-28 Inventor(s):Raymond J Donahue;Alexander K Monroe;Kevin R Anderson;Terrance M Cleary Assignee:Brunswick Corporation[US]A method and alloys for low pressure permanent mold casting without a coating are disclosed.The method for low pressure permanent mold casting of metallic objects includes preparing a permanent mold casting die that is devoid of die coating or lubrication along the die surface,preparing a permanent mold casting alloy,pushing the alloy into the die under low pressure,cooling the permanent mold casting,and removing the casting from the die.Such die coating or lubrication is not necessary because the alloys of the present invention are discovered to not solder to the permanent mold casting dies and may be pushed through even thin-walled sections of a permanent mold casting without the need for lubrication.The alloy may be pushed into the permanent mold casting die in a pressure range of 3-15 psi.The step of pushing the alloy into the permanent mold die under low pressure operates to create a permanent mold casting.展开更多
文摘221101耐高温制品及其组合物[世界知识产权组织]WO2022219156,2022.10.20Grana-SuarezLaura;Kubiak Michael;Vossebeld Frank [英国]本发明涉及一种用于金属铸造的耐高温制品和用于制造该制品的组合物。该组合物包括颗粒耐火材料、可氧化的燃料、氧化剂、敏化剂和粘合剂。
文摘201101一种生产金属3D产品的铸造工艺[欧洲]W02018NL50435,2018.07.04,Janne Tuomas Kyttanen[荷兰]本发明涉及一种通过执行以下步骤来制造金属3D产品的铸造工艺:(a)提供该3D产品的成形阴模,该阴模由塑料片制成,它是通过利用母模进行热压成形在塑料片内部形成一个与多种3D产品形状相对应的中空空腔;(b)在阴模的塑料片外部施加一层耐火材料,以获得内部具有中空空腔的陶瓷型壳;(c)将熔融金属液浇入陶瓷型壳的中空空腔内凝固;(d)去除耐火材料层,最终获得金属3D产品。所述塑料片还要形成浇注系统,它是采取连续式工艺利用热成形包装机进行热压成形的塑料片。
文摘2020-33.Compositions and methods for improving casting quality and mold sand additives Patent No.:US201615752411 Date of Patent:2016-08-11 Inventor(s):Victor Lafay Assignee:Imerys Minerals USA Inc.[US]This disclosure relates generally to the field of sand cast molding and to improvements in the founding of metals.
文摘2020-23.Process of lost wax micro casting with recycling of exhausted wax Patent No.:US201616065618 Date of Patent:2016-12-27 Inventor(s):Mario Iorlano;Angelo Lotrecchiano Assignee:Europea Microfusioni Aerospaziali S.P.A.[IT]The present invention provides a process of lost wax microcasting with recycling of exhausted wax in order to reduce disposal costs,without compromising the quality of the production of the final components.The process can be used in place of the less valuable wax type,or in place of the wax used for the realization of the clusters and accessories.The proposed process is simple,safe and reliable with low costs.
文摘Compositions and methods o f use thereof in sandcasting Compositions useful for foundry processes such as green sandcasting are provided.The present disclosure includes compositions useful in sandeasting,preparation of such compositions,and methods of use thereof.The compositions herein include binder compositions and green sand compositions that may be used to prepare a sand mold for casting.The compositions may comprise ball clay,bentonite,and a carbonaceous material.The ball day may comprise from about 15%to about 35%alumina by weight with respect to the total weight of the ball clay and/or from about 30%to about 60%silica by weight with respect to the total weight of the ball day.In some aspects,the ball clay may have a loss on ignition(LOI)ranging from about 12%to about 50%.
文摘Method and alloys for low pressure permanent mold without a coating Patent No.:US2018282842(Al)Date of Patent:2017-03-28 Inventor(s):Raymond J Donahue;Alexander K Monroe;Kevin R Anderson;Terrance M Cleary Assignee:Brunswick Corporation[US]A method and alloys for low pressure permanent mold casting without a coating are disclosed.The method for low pressure permanent mold casting of metallic objects includes preparing a permanent mold casting die that is devoid of die coating or lubrication along the die surface,preparing a permanent mold casting alloy,pushing the alloy into the die under low pressure,cooling the permanent mold casting,and removing the casting from the die.Such die coating or lubrication is not necessary because the alloys of the present invention are discovered to not solder to the permanent mold casting dies and may be pushed through even thin-walled sections of a permanent mold casting without the need for lubrication.The alloy may be pushed into the permanent mold casting die in a pressure range of 3-15 psi.The step of pushing the alloy into the permanent mold die under low pressure operates to create a permanent mold casting.
