In the hydraulic machine joint, the plastic hose joint is the joint that is held on both sides of the hydraulic hose. The connection between the plastic hose joint and the oil hole of the component generally needs to be applied to the transition joint. For the engine used for this transition, the interface In terms of methods, there are mainly four different methods: direct transition, corner transition, three-pass transition and four-pass transition.

For the specifications of this type of joint, Z must first determine which level of joint is used, and then you can know the matching specification. When purchasing a joint, you must first determine the required joint type, and then pay attention According to the actual requirements, do a good job of connectors, think about the specification and model selection. Only then can we do a good job in the selection of the connector model, so as to ensure that the connector can be installed and used normally. For example, for the connector used in the hydraulic transmission system, there will be many specifications and models, for example: 90° metric external thread O-ring Plan seal, 90° metric male O-ring plan seal, metric male O-ring plan seal fitting, metric thread plan fitting, metric male O-ring plan seal over-board joint, 90° metric male O-ring Ring plan seal over-board joint, metric external thread O-ring plan seal heavy series products, 45° metric external thread O-ring plan seal/adjustable column-end heavy series products, 90° metric external thread O-ring plan seal/ Adjustable column-end weight series products, metric external thread O-ring plan seal/60° internal cone hexagonal inner hole combined gasket, metric external thread O-ring/cloth cone pipe external thread, metric external thread O-ring/inch cone Pipe male thread, metric male thread O-ring plan seal/weld steel pipe and so on.

In the hydraulic machine joint, the plastic hose joint is the joint that is held on both sides of the hydraulic hose. The connection between the plastic hose joint and the oil hole of the component generally needs to be applied to the transition joint. For the engine used for this transition, the interface In terms of methods, there are mainly four different methods: direct transition, corner transition, three-pass transition and four-pass transition.

Which method to choose for connection depends on the actual system conditions, especially the actual connection requirements of the pipeline. For three pipes, a three-way joint must be used, and for connecting four pipes, a four-way joint must be used.