Wuxi YUTONG

  Designing   hydraulic cylinders   requires many factors involved in the process. Ignoring any of these critical steps in the design process could increase the possibility of a design mistake. Hydraulic cylinders have many different working conditions, and that affects the design criteria. For example, the cylinders used in the mining & construction machines versus forestry have other design criteria in terms of materials used.  There are a few main variables that should be taken into account while designing a hydraulic cylinder. What to consider when specifying hydraulic cylinders? WORKING CONDITIONS In general, it’s essential to consider the working conditions – where and what – the hydraulic cylinder is designed to do and what kind of load it has to endure. For example, challenging working conditions could be a corrosive environment, falling rocks in the mining industry, or high working cycles causing welding fatigue and shortening seal life span. For example, the requirements

  Hydraulic cylinders power a range of industries, from agriculture to mining to construction and aerospace. Because they must withstand immense pressure, the different materials they're constructed from are solid and durable. Below are the most commonly utilized materials used in hydraulic cylinder servicing and production: Hydraulic Cylinder Barrel The cylinder barrel is a key component of a hydraulic cylinder, typically made from cold-rolled or honed seamless steel or carbon steel tubing. Cylinder tubes hold and contain the cylinder's pressure and house all parts essential for its functioning. Glands & Pistons The style of cylinder piston rods and glands is influenced by various design requirements, loading, and pressure. The standard material used for the barrel is high-tensile SAE C1026 or St52 cold-drawn honed tubes   for increased seal life. Other piston rod options include 4140 , aluminum, and stainless steel. Wiper, Rod, and Piston Seals Pressure characteristics