工业设备170*170*20橡胶减震垫
170 * 170 * 20 rubber damping pad for industrial equipment
上海淞江减震器集团有限公司官方网站为您介绍：170*170*20橡胶减震垫信息，工业设备橡胶减震垫是*款.为普通的橡胶减震垫产品，没有什么重量之分，平放在设备底部即可，是传统的减震产品，减震效果明显。
The official website of Shanghai Songjiang shock absorber Group Co., Ltd. will introduce to you: 170 * 170 * 20 rubber damping pad information, industrial equipment rubber damping pad is * type. It is an ordinary rubber damping pad product, without any weight difference. It can be placed horizontally on the bottom of the equipment. It is a traditional shock absorption product with obvious damping effect.
橡胶减震产品一般称为橡胶减震垫。橡胶阻尼垫的种类很多，可分为压缩型、剪切型、扭振型、冲击型和混合型。随着科学技术的发展，橡胶减振器的种类越来越多，应用也越来越广泛。对橡胶减振器的发展和应用前景进行了综述。
Rubber shock absorption products are generally called rubber damping pads. There are many kinds of rubber damping pads, which can be divided into compression type, shear type, torsional vibration type, impact type and mixed type. With the development of science and technology, there are more and more kinds of rubber shock absorbers and their applications are more and more widely. The development and application prospect of rubber shock absorber are reviewed.
橡胶减震垫是由多层橡胶板粘合压制而成。它具有足够的竖向刚度，能够承受竖向荷载，将上部结构的反力传递给具有良好弹性的墩台，以适应梁端的转动，并具有较大的剪切变形以满足上部结构的水平位移。橡胶阻尼垫在桥梁建设、水电工程和建筑抗震设施建设中得到了广泛的应用。具有结构简单、安装方便、节约钢材、价格低廉、维护简单、更换方便等优点。此外，阻尼橡胶垫块建筑高度较低，有利于桥梁设计和降低造价。它具有良好的隔震效果，可以减少活荷载和地震力对建筑物效果的影响。
The rubber damping pad is made of multi-layer rubber plates. It has enough vertical stiffness, can bear vertical load, transfer the reaction force of superstructure to the pier with good elasticity to adapt to the rotation of beam end, and has large shear deformation to meet the horizontal displacement of superstructure. Rubber damping pad has been widely used in bridge construction, hydropower engineering and building anti-seismic facilities construction. It has the advantages of simple structure, convenient installation, steel saving, low price, simple maintenance and convenient replacement. In addition, the building height of damping rubber cushion block is low, which is conducive to bridge design and cost reduction. It has good isolation effect and can reduce the influence of live load and earthquake force on building effect.
