Forklift hydraulic system is the power component in this hydraulic system. The hydraulic cylinder has a simple structure and reliable operation. It is often used in the lifting device of forklifts or the power arm of excavators. It is an important component of all kinds of heavy machinery.

The first function of engine flywheel is to store energy. When the engine is working, the flywheel stores energy and inertia so that the crankshaft can continue to rotate. Because the inertia of the flywheel rotation is large, it can reduce the fluctuations in engine speed and make the operation more stable. Without the cushioning effect of the flywheel, the speed of the engine will fluctuate significantly, and the power output will be incoherent. This makes the flywheel an indispensable component in a single-cylinder or multi-cylinder engine.

In the previous article, we focused on the cause of the fracture of the slip yoke casting. It is also very important to master the correct preventive measures to minimize the risk of the connecting rod breaking. This not only guarantees construction safety, increases the service life of the connecting rod, but also significantly reduces the cost of equipment use. In order to prevent the automotive driveline slip yoke from breaking, what should we do? This article will focus on the preventive measures for the fracture of the slip yoke casting.

On the construction site, the excavator that was working suddenly made an abnormal noise, and immediately stopped for inspection and found that the automotive driveline slip yoke had broken. This kind of situation is very common in the use of construction machinery, but every fracture may bring serious safety risks and maintenance costs.

In large-scale water supply network renovation, ductile iron gate valve has a market share of more than 70%.

If you are engaged in rail transportation equipment manufacturing, maintenance services, or related equipment integrators, our iron railway track parts casting will definitely provide you with stable support.