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Friction damping seat plate for seismic mitigation and isolation support and preparation method of friction damping seat plate
The invention relates to a friction damping seat plate for a shock absorption and isolation support and a preparation method of the friction damping seat plate. The material formula of the friction damping seat plate comprises the following components in percentage by weight: 4-6% of an organic binder, 30-40% of metal reinforced material fibers, 5-10% of inorganic reinforced fibers, 10-20% of a friction performance regulator, 20-30% of an anti-wear lubricant, 5-8% of a high-temperature inorganic binder, 3-8% of a friction increasing agent and 10-20% of filler. The friction damping seat plate for the shock absorption and isolation support is prepared through a mold pressing method, and formula research and development and a manufacturing technology of the friction damping seat plate for the shock absorption and isolation support are provided. The friction damping seat plate designed and prepared by the invention has the characteristics of high strength, high friction coefficient, wear resistance and the like, is high in unit area absorption power, and can meet the working condition requirements of high seismic oscillation frequency and large seismic oscillation peak acceleration.
本发明涉及一种减隔震支座用摩擦阻尼座板及其制备方法，摩擦阻尼座板的材料配方按重量百分比计算为：有机粘结剂4～6％，金属增强材料纤维30～40％，无机增强纤维5～10％，摩擦性能调节剂10～20％，抗磨润滑剂20～30％，高温无机粘结剂5～8％，增磨剂3～8％，填料10～20％；本发明通过模压法制备一种减隔震支座用摩擦阻尼座板,提供了减隔震支座用摩擦阻尼座板配方研发及其制造技术。本发明设计制备得到的摩擦阻尼座板具有强度高，摩擦系数高，耐磨损等特点，单位面积吸收功率高，能适用于地震动频率高、地震动峰值加速度大的工况要求。
Friction damping seat plate for seismic mitigation and isolation support and preparation method of friction damping seat plate
The invention relates to a friction damping seat plate for a shock absorption and isolation support and a preparation method of the friction damping seat plate. The material formula of the friction damping seat plate comprises the following components in percentage by weight: 4-6% of an organic binder, 30-40% of metal reinforced material fibers, 5-10% of inorganic reinforced fibers, 10-20% of a friction performance regulator, 20-30% of an anti-wear lubricant, 5-8% of a high-temperature inorganic binder, 3-8% of a friction increasing agent and 10-20% of filler. The friction damping seat plate for the shock absorption and isolation support is prepared through a mold pressing method, and formula research and development and a manufacturing technology of the friction damping seat plate for the shock absorption and isolation support are provided. The friction damping seat plate designed and prepared by the invention has the characteristics of high strength, high friction coefficient, wear resistance and the like, is high in unit area absorption power, and can meet the working condition requirements of high seismic oscillation frequency and large seismic oscillation peak acceleration.
本发明涉及一种减隔震支座用摩擦阻尼座板及其制备方法，摩擦阻尼座板的材料配方按重量百分比计算为：有机粘结剂4～6％，金属增强材料纤维30～40％，无机增强纤维5～10％，摩擦性能调节剂10～20％，抗磨润滑剂20～30％，高温无机粘结剂5～8％，增磨剂3～8％，填料10～20％；本发明通过模压法制备一种减隔震支座用摩擦阻尼座板,提供了减隔震支座用摩擦阻尼座板配方研发及其制造技术。本发明设计制备得到的摩擦阻尼座板具有强度高，摩擦系数高，耐磨损等特点，单位面积吸收功率高，能适用于地震动频率高、地震动峰值加速度大的工况要求。
Friction damping seat plate for seismic mitigation and isolation support and preparation method of friction damping seat plate
一种减隔震支座用摩擦阻尼座板及其制备方法
FAN WENXING (author) / ZHAO LEI (author) / JI JUNLONG (author)
2024-10-11
Patent
Electronic Resource
Chinese
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