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    • 1. 发明申请
    • Heat exchanger having powder coated elements
    • 具有粉末涂层元件的热交换器
    • US20060254756A1
    • 2006-11-16
    • US11198406
    • 2005-08-04
    • Jack KaserDeborah Kaser
    • Jack KaserDeborah Kaser
    • F28F13/18
    • F28F7/00F28D19/044F28D19/047F28F19/02F28G9/005Y10T29/4935
    • Powder coated heat exchange elements for a heat exchanger. Powder coating provides improved protective coating on surfaces of heat exchange elements. In many applications, the heat exchange elements are subjected to harsh operating conditions that promote corrosion. Traditional enamel coating tends to fracture when subjected to mechanical stresses thereby allowing corrosion inducing agents to penetrate and corrode the underlying surfaces. Powder coating reduces breaches in the protective layer. Powder coating may be adapted to withstand high temperatures so as to make them suitable for use in harsh operating environments. One such environment can be found in the processing of flue gas from fossil burning power generators, where the flue gas has a relatively high temperature and high sulfur content.
    • 用于热交换器的粉末涂层热交换元件。 粉末涂料在热交换元件的表面上提供改进的保护涂层。 在许多应用中,热交换元件经受促进腐蚀的恶劣操作条件。 传统的搪瓷涂层经受机械应力时会发生断裂,从而允许腐蚀剂渗透并腐蚀下面的表面。 粉末涂料减少了保护层中的破裂。 粉末涂层可适用于承受高温,以使其适合在苛刻的操作环境中使用。 在化石燃烧发电机的烟气处理中可以发现一种这样的环境,其中烟气具有较高的温度和高的硫含量。
    • 2. 发明授权
    • Heat exchanger having powder coated elements
    • 具有粉末涂层元件的热交换器
    • US08316924B2
    • 2012-11-27
    • US12911346
    • 2010-10-25
    • Jack KaserDeborah Kaser
    • Jack KaserDeborah Kaser
    • F28F19/00F28D17/00
    • F28F7/00F28D19/044F28D19/047F28F19/02F28G9/005Y10T29/4935
    • Powder coated heat exchange elements for a heat exchanger. Powder coating provides improved protective coating on surfaces of heat exchange elements. In many applications, the heat exchange elements are subjected to harsh operating conditions that promote corrosion. Traditional enamel coating tends to fracture when subjected to mechanical stresses thereby allowing corrosion inducing agents to penetrate and corrode the underlying surfaces. Powder coating reduces breaches in the protective layer. Powder coating may be adapted to withstand high temperatures so as to make them suitable for use in harsh operating environments. One such environment can be found in the processing of flue gas from fossil burning power generators, where the flue gas has a relatively high temperature and high sulfur content.
    • 用于热交换器的粉末涂层热交换元件。 粉末涂料在热交换元件的表面上提供改进的保护涂层。 在许多应用中,热交换元件经受促进腐蚀的恶劣操作条件。 传统的搪瓷涂层经受机械应力时会发生断裂,从而允许腐蚀剂渗透并腐蚀下面的表面。 粉末涂料减少了保护层中的破裂。 粉末涂层可适用于承受高温,以使其适合在苛刻的操作环境中使用。 在化石燃烧发电机的烟气处理中可以发现一种这样的环境,其中烟气具有较高的温度和高的硫含量。
    • 3. 发明授权
    • Heat exchanger having powder coated elements
    • 具有粉末涂层元件的热交换器
    • US07841390B1
    • 2010-11-30
    • US10793182
    • 2004-03-03
    • Jack KaserDeborah Kaser
    • Jack KaserDeborah Kaser
    • F28F13/18F28F19/00
    • F28D19/042F28F19/02
    • Powder coated heat exchange elements for a heat exchanger. Powder coating provides improved protective coating on surfaces of heat exchange elements. In many applications, the heat exchange elements are subjected to harsh operating conditions that promote corrosion. Traditional enamel coating tends to fracture when subjected to mechanical stresses thereby allowing corrosion inducing agents to penetrate and corrode the underlying surfaces. Powder coating reduces breaches in the protective layer. Powder coating may be adapted to withstand high temperatures so as to make them suitable for use in harsh operating environments. One such environment can be found in the processing of flue gas from fossil burning power generators, where the flue gas has a relatively high temperature and high sulfur content.
    • 用于热交换器的粉末涂层热交换元件。 粉末涂料在热交换元件的表面上提供改进的保护涂层。 在许多应用中,热交换元件经受促进腐蚀的恶劣操作条件。 传统的搪瓷涂层经受机械应力时会发生断裂,从而允许腐蚀剂渗透并腐蚀下面的表面。 粉末涂料减少了保护层中的破裂。 粉末涂层可适用于承受高温,以使其适合在苛刻的操作环境中使用。 在化石燃烧发电机的烟气处理中可以发现一种这样的环境,其中烟气具有较高的温度和高的硫含量。
    • 5. 发明申请
    • HEAT EXCHANGER HAVING POWDER COATED ELEMENTS
    • 具有粉末涂层元件的热交换器
    • US20110094716A1
    • 2011-04-28
    • US12911346
    • 2010-10-25
    • Jack KaserDeborah Kaser
    • Jack KaserDeborah Kaser
    • F28F13/18
    • F28F7/00F28D19/044F28D19/047F28F19/02F28G9/005Y10T29/4935
    • Powder coated heat exchange elements for a heat exchanger. Powder coating provides improved protective coating on surfaces of heat exchange elements. In many applications, the heat exchange elements are subjected to harsh operating conditions that promote corrosion. Traditional enamel coating tends to fracture when subjected to mechanical stresses thereby allowing corrosion inducing agents to penetrate and corrode the underlying surfaces. Powder coating reduces breaches in the protective layer. Powder coating may be adapted to withstand high temperatures so as to make them suitable for use in harsh operating environments. One such environment can be found in the processing of flue gas from fossil burning power generators, where the flue gas has a relatively high temperature and high sulfur content.
    • 用于热交换器的粉末涂层热交换元件。 粉末涂料在热交换元件的表面上提供改进的保护涂层。 在许多应用中,热交换元件经受促进腐蚀的恶劣操作条件。 传统的搪瓷涂层经受机械应力时会发生断裂,从而允许腐蚀剂渗透并腐蚀下面的表面。 粉末涂料减少了保护层中的破裂。 粉末涂层可适用于承受高温,以使其适合在苛刻的操作环境中使用。 在化石燃烧发电机的烟气处理中可以发现一种这样的环境,其中烟气具有较高的温度和高的硫含量。
    • 6. 发明授权
    • Reinforced sealing element
    • 加强密封元件
    • US07231958B1
    • 2007-06-19
    • US10675595
    • 2003-09-30
    • Jack KaserDeborah Kaser
    • Jack KaserDeborah Kaser
    • F23L15/02
    • F23L15/02F28D19/041F28D19/047Y02E20/348Y10S165/02
    • A seal for a regenerative air preheater. The seal is comprised of two members that each have a plurality of tabs and slots. The tabs and slots interlock so that the tabs on one member are positioned adjacent the slots on the other member. The tabs have a narrow neck section and a wider sealing section. The wider sealing sections overlay and the narrow neck sections are positioned within a recessed region of the notch on the opposite member so as to interlock the two members. The seal is mounted either to the rotor or to the inner wall of the housing so as to extend through the bypass gap between the rotor and the inner wall of the housing. As the tabs are flexible, the tabs may resiliently deform as a result of the tabs making contact with the sealing surface of the heat exchanger. The air preheater further comprises a reinforcing section that stabilizes the tabs when the tabs resiliently deform.
    • 用于再生空气预热器的密封件。 密封件由两个构件构成,每个构件具有多个翼片和槽。 突舌和狭槽互锁,使得一个构件上的突片邻近另一个构件上的狭槽定位。 翼片具有窄的颈部和更宽的密封部分。 更宽的密封部分覆盖,窄的颈部位于相对构件上的凹口的凹陷区域内,以使两个构件互锁。 密封件安装到转子或壳体的内壁上,以便延伸穿过转子和壳体的内壁之间的旁路间隙。 当突片是柔性的时,由于突片与热交换器的密封表面接触,突片可弹性变形。 空气预热器还包括一个加强部分,当加强片弹性变形时,该加强部分可使突片稳定。