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Polyurea shock insulation support and manufacturing method thereof
The polyurea shock insulation support comprises an upper connecting steel plate (2) and a lower connecting steel plate (4), and is characterized in that a polyurea support body is arranged between the upper connecting steel plate (2) and the lower connecting steel plate (4) and comprises a stiffening steel plate (5) and a polyurea layer (6); the upper end surface of the polyurea support body is connected with the upper connecting steel plate (2) through an upper-layer steel plate (7), or the upper end surface of the polyurea support body is directly fixed with the upper connecting steel plate (2), and the lower end surface of the polyurea support body is connected with the lower connecting steel plate (4) through a lower-layer steel plate (8), or the lower end surface of the polyurea support body is directly fixed with the lower connecting steel plate (4); the rubber support is simple in manufacturing process, free of vulcanization, short in production period, free of environmental pollution in the production process, capable of avoiding secondary recycling of rubber, long in service life and good in damping performance, and has excellent performance which a traditional rubber support does not have.
一种聚脲隔震支座及其制造方法，包括上连接钢板（2）和下连接钢板（4），其特征在于：所述上连接钢板（2）与下连接钢板（4）之间设置有聚脲支座体，聚脲支座体包括加劲钢板（5）和聚脲层（6），聚脲支座体的上端表面通过上层钢板（7）与上连接钢板（2）相连接或者聚脲支座体的上端表面直接与上连接钢板（2）相固定，聚脲支座体的下端表面通过下层钢板（8）与下连接钢板（4）相连接或者聚脲支座体的下端表面直接与下连接钢板（4）相固定，本发明制造工艺简单，不需要硫化，生产周期短，生产过程对环境无污染，能够避免橡胶的二次回收利用，并且具有传统橡胶支座所不具有的优异性能，使用寿命长，阻尼减震性能好。
Polyurea shock insulation support and manufacturing method thereof
The polyurea shock insulation support comprises an upper connecting steel plate (2) and a lower connecting steel plate (4), and is characterized in that a polyurea support body is arranged between the upper connecting steel plate (2) and the lower connecting steel plate (4) and comprises a stiffening steel plate (5) and a polyurea layer (6); the upper end surface of the polyurea support body is connected with the upper connecting steel plate (2) through an upper-layer steel plate (7), or the upper end surface of the polyurea support body is directly fixed with the upper connecting steel plate (2), and the lower end surface of the polyurea support body is connected with the lower connecting steel plate (4) through a lower-layer steel plate (8), or the lower end surface of the polyurea support body is directly fixed with the lower connecting steel plate (4); the rubber support is simple in manufacturing process, free of vulcanization, short in production period, free of environmental pollution in the production process, capable of avoiding secondary recycling of rubber, long in service life and good in damping performance, and has excellent performance which a traditional rubber support does not have.
一种聚脲隔震支座及其制造方法，包括上连接钢板（2）和下连接钢板（4），其特征在于：所述上连接钢板（2）与下连接钢板（4）之间设置有聚脲支座体，聚脲支座体包括加劲钢板（5）和聚脲层（6），聚脲支座体的上端表面通过上层钢板（7）与上连接钢板（2）相连接或者聚脲支座体的上端表面直接与上连接钢板（2）相固定，聚脲支座体的下端表面通过下层钢板（8）与下连接钢板（4）相连接或者聚脲支座体的下端表面直接与下连接钢板（4）相固定，本发明制造工艺简单，不需要硫化，生产周期短，生产过程对环境无污染，能够避免橡胶的二次回收利用，并且具有传统橡胶支座所不具有的优异性能，使用寿命长，阻尼减震性能好。
Polyurea shock insulation support and manufacturing method thereof
一种聚脲隔震支座及其制造方法
YE MINGKUN (author) / YAO YONGHU (author) / WEI MOUCHAO (author) / HUANG HONGSHENG (author) / ZHANG GUANGSONG (author) / LIU HUAFENG (author) / LUO SHENGMIN (author) / ZHONG ZHITAO (author) / LIU YU (author) / YANG KAIZHUANG (author)
2022-04-08
Patent
Electronic Resource
Chinese
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