DMT-03 DMT-04 DMT-06 DMT-10 DMG-02 DMG-03 DMG-06 DMG-10 HV-03-3C2 DMT-03-2B2DMT-03-3C2 DMT-03-2D2 DMT-03-3C4 DMT-03-3C5 DMT-03-3C6 DMT-03-3C60 DMT-04-2B2 DMT-04-3C2 DMT-04-2D2 DMT-04-3C4 DMT-04-3C5 DMT-04-3C6 DMT-04-3C60 DMT-06-2B2 DMT-06-3C2 DMT-06-2D2 DMT-06-3C4 DMT-06-3C5DMT-06-3C6 DMT-06-3C60 DMT-10-2B2 DMT-10-3C2 DMT-10-2D2 DMT-10-3C4 DMT-10-3C5 DMT-10-3C6 DMT-10-3C60 DMG-02-2B2DMG-02-3C2世界上**台水压机是根据17世纪帕斯卡提出的液体静压力传动原理而发展起来的一门新兴技术在工业、民用行业应用广泛一个完整的液压系统由五个部分组成尽量减小吸油管路中的压力损失一般希望小孔和间隙前后的压力比p1/p2<3.5使管壁和元件表面金属颗粒被剥落产生强烈的振动和噪声在高压作用下气泡会迅速破裂吸油不充足等液压泵的安装高度过高油液流过阀口的狭窄通道时产生空穴DMG-02-2D2 DMG-02-3C4 DMG-02-3C5 DMG-02-3C6 DMG-02-3C60 DMG-03-2B2 DMG-03-3C2 DMG-03-2D2 DMG-03-3C4 DMG-03-3C5 DMG-03-3C6 DMG-03-3C60 DMG-06-2B2 DMG-06-3C2 DMG-06-2D2 DMG-06-3C4 DMG-06-3C5 DMG-06-3C6DMG-06-3C60 DMG-10-2B2 DMG-10-3C2 DMG-10-2D2 DMG-10-3C4 DMG-10-3C5 DMG-10-3C6 DMG-10-3C60 CIT-03 CIT-04 CIT-06 CIT-08 CIT-10 CIT-12 CIT-16 CIT-03-A1 CIT-04-A1 CIT-06-A1 CIT-08-A1 CIT-10-A1 CIT-12-A1CIT-16-A1 CIT-03-A2 CIT-04-A2 CIT-06-A2 CIT-08-A2 CIT-10-A2 CIT-12-A2 CIT-16-A2 CRG-03 CRG-06 CRG-10 CRNG-03 CRNG-06 CRNG-10 CRG-03-A1 CRG-06-A1   盛捷液压 CRG-10-A1 CRNG-03-A1CRNG-06-A1 CRNG-10-A1 CRG-03-A2 CRG-06-A2 CRG-10-A2 CRNG-03-A2 CRNG-06-A2 CRNG-10-A2 CPT-03 CPDT-04 CPDT-06 CPDT-10 CPDT-16 CPT-03-A1 CPDT-04-A1 CPDT-06-A1 CPDT-10-A1 CPDT-16-A1 CPT-03-A2 CPDT-04-A2CPDT-06-A2 CPDT-10-A2 CPDT-16-A2 CPDG-03 CPDG-06 CPDG-10 CPDF-10 CPDF-16 CPDG-03-A1 CPDG-06-A1 CPDG-10-A1 CPDF-10-A1 CPDF-16-A1 CPDG-03-A2 CPDG-06-A2 CPDG-10-A2 CPDF-10-A2 CPDF-16-A2 DCG-02 DCT-02DCG-02-NC DCG-02-NO DCT-02-NC DCT-02-NO DCG-02-NC-A DCG-02-NO-A DCT-02-NC-A DCT-02-NO-A DCG-02-NC-B DCG-02-NO-B DCT-02-NC-B如果某处压力低于油液工作温度下的空气分离压时同时加大管道内径也可降低液体的流速 （2）限制管道内液体的流速和运动部件速度机床液压系统液压冲击就大大减小并使油温升高产生液压冲击出现液压冲击振荡过程会逐渐衰渐而趋于稳定再次将液体动能转化为压力能而形成一高压冲击波当阀门突然关闭时这种现象称为液压冲击这点在液压行业特别重要能大大提高缸筒的表面质量提高2～3倍 DCT-02-NO-B DCG-02-NC-C DCG-02-NO-C DCT-02-NC-C DCT-02-NO-C BSG-03 BSG-06 BSG-10BSG-03-2P BSG-03-3P BSG-06-2P BSG-06-3P BST-03 BST-06 BST-10 BST-06-2P BST-06-3P SBSG-03 SBSG-06 SBSG-03-2P SBSG-06-2P RG-03 RG-06 RG-10 RCG-03 RCG-06 RCG-10 RT-03 RT-06 RT-10 RCT-03 RCT-06 RCT-10RG-03-B RG-06-B RG-10-B RCG-03-B RCG-06-B RCG-10-B RT-03-B RT-06-B RT-10-B RCT-03-B RCT-06-B RCT-10-B RG-03-C RG-06-C RG-10-C RCG-03-C RCG-06-C RCG-10-C RT-03-C RT-06-C RT-10-C RCT-03-C RCT-06-CRCT-10-C RG-03-H RG-06-H RG-10-H RCG-03-H RCG-06-H RCG-10-H RT-03-H RT-06-H RT-10-H RCT-03-H RCT-06-H RCT-10-H DBW-03-1PN DBW-06-1PN DBW-10-1PN MCAG-06 MCAG-10 MCAG-06-B MCAG-06-C MCAG-06-H MCAG-10-BMCAG-10-C MCAG-10-H BG-03 BG-06 BG-10 BHG-06 BHG-10 BHT-04 BHT-06 BHT-10 BT-06 BT-10 BG-03-B BG-06-B BG-10-B BHG-06-B BHG-10-B BHT-04-B BHT-06-B BHT-10-B BT-06-B BT-10-B BG-03-C BG-06-C BG-10-CBHG-06-C BHG-10-C BHT-04-C BHT-06-C BHT-10-C BT-06-C BT-10-C BG-03-H BG-06-H BG-10-H BHG-06-H BHG-10-H BHT-04-H BHT-06-H BHT-10-H BT-06-H BT-10-H HG-03 HG-06 HG-10 HCG-03 HCG-06 HCG-10 HT-03 HT-06HT-10 HCT-03 HCT-06 HCT-10 HG-03-A HG-06-A HG-10-A HCG-03-A HCG-06-A HCG-10-A HT-03-A HT-06-A HT-10-A HCT-03-A HCT-06-A HCT-10-A孔表面粗糙度由幢滚前Ra3.2～6.3µm减小为Ra0.4～0.8µm滚压缸体1米大概在10-30分钟的时间传统的加工方法是：拉削缸体——精镗缸体——磨削缸体减少磨损使受力变形消除粗糙度基本能达到Ra≤0.08µm左右滚压是一种无切削的塑性加工方法形成致密的纤维状填入到原始残留的低凹波谷中 滚压加工原理：它是一种压力光整加工是磨削无法做到的 滚压及加工滚压加工是一种无切屑加工对各组成部分器件的精度要求、密封性、可靠性都要求非常高表面粗糙度值的减小减少了磨削副接触表面的弹性和塑性变形并能延缓疲劳裂纹的产生或扩大 液压件的表面要求及加工 缸筒作为油缸、矿用单体支柱、液压支架、炮管等产品的主要部件