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    • 1. 发明授权
    • Die casting nozzle and method for operating a die casting nozzle
    • 压铸喷嘴和压铸喷嘴的操作方法
    • US09561540B2
    • 2017-02-07
    • US14357774
    • 2012-11-15
    • FERROFACTA GMBH
    • Igor Kusic
    • B22D41/08B22D17/20B22D17/22
    • B22D17/2023B22D17/2038B22D17/2281
    • Die cast nozzle for use in a die casting hot chamber system for molten metal with at least melting channel (4) in a channel carrier (3) that can be connected to a melt distributor (21), wherein the melting channel (4) passes over into a heating zone (6) and a nozzle tip (8), to which a sprue area (10) is attached, in which a plug of solidified melting can be formed that interrupts the melting flow, wherein the heating zone (6) comprises a heating cartridge (2) and/or a heatable nozzle shaft (33′) and/or the nozzle tip (8) is comprised as heatable nozzle tip (8′) and comprises at least one heating cartridge (2), the heatable nozzle shaft (33), or the heatable nozzle tip (8′) as heating element with electric heating, which comprises high power density in at least one section and low thermal inertia, comprised in a way that a temperature change gradient of 20 to 250 K/s, preferably 150 K/s, can be achieved on the surface of the heating element. A method for operating the die cast nozzle is also the subject matter of the invention.
    • 用于用于熔融金属的压铸热室系统的压铸喷嘴,其至少在可以连接到熔体分配器(21)的通道载体(3)中的熔融通道(4)上,其中熔化通道(4)通过 (6)和喷嘴尖端(8),其中连接有浇口区域(10),其中可以形成中断熔化流动的凝固熔体塞,其中加热区域(6) 包括加热筒(2)和/或可加热喷嘴轴(33')和/或喷嘴尖端(8)被包括为可加热喷嘴尖端(8'),并且包括至少一个加热筒(2) 喷嘴轴(33)或可加热喷嘴头(8')作为具有电加热的加热元件,其包括至少一个部分中的高功率密度和低热惯性,其包括20至250的温度变化梯度 可以在加热元件的表面上实现K / s,优选为150K / s。 用于操作压铸喷嘴的方法也是本发明的主题。
    • 2. 发明申请
    • DIE CASTING NOZZLE AND METHOD FOR OPERATING A DIE CASTING NOZZLE
    • DIE铸造喷嘴和操作喷射喷嘴的方法
    • US20140319188A1
    • 2014-10-30
    • US14357774
    • 2012-11-15
    • FERROFACTA GMBH
    • Igor Kusic
    • B22D17/20
    • B22D17/2023B22D17/2038B22D17/2281
    • Die cast nozzle for use in a die casting hot chamber system for molten metal with at least melting channel (4) in a channel carrier (3) that can be connected to a melt distributor (21), wherein the melting channel (4) passes over into a heating zone (6) and a nozzle tip (8), to which a sprue area (10) is attached, in which a plug of solidified melting can be formed that interrupts the melting flow, wherein the heating zone (6) comprises a heating cartridge (2) and/or a heatable nozzle shaft (33′) and/or the nozzle tip (8) is comprised as heatable nozzle tip (8′) and comprises at least one heating cartridge (2), the heatable nozzle shaft (33), or the heatable nozzle tip (8′) as heating element with electric heating, which comprises high power density in at least one section and low thermal inertia, comprised in a way that a temperature change gradient of 20 to 250 K/s, preferably 150 K/s, can be achieved on the surface of the heating element. A method for operating the die cast nozzle is also the subject matter of the invention.
    • 用于用于熔融金属的压铸热室系统的压铸喷嘴,其至少在可以连接到熔体分配器(21)的通道载体(3)中的熔融通道(4)上,其中熔化通道(4)通过 (6)和喷嘴尖端(8),其中连接有浇道区域(10),其中可以形成中断熔化流动的凝固熔体塞,其中加热区域(6) 包括加热筒(2)和/或可加热喷嘴轴(33')和/或喷嘴尖端(8)被包括为可加热喷嘴尖端(8'),并且包括至少一个加热筒(2) 喷嘴轴(33)或可加热喷嘴头(8')作为具有电加热的加热元件,其包括至少一个部分中的高功率密度和低热惯性,其包括20至250的温度变化梯度 可以在加热元件的表面上实现K / s,优选为150K / s。 用于操作压铸喷嘴的方法也是本发明的主题。