AiSoar hydraulics offers WCT series of welded hydraulic cylinders with cross tube mounted both rod ends and cap, available in a variety of bore and stroke sizes. As standard type, cylinders' bore sizes up to 4 inches, strokes up to 48 inches with pressure ratings up to 3000PSI. For WCT series cylinders, non-standard options are available, such as customized stroke, integrated valve and stainless steel tube/rod. Single acting is optional too.
The base ends and rod ends of WCT series of welded hydraulic cylinders both steel cross-tube with grease zerk, mostly they are both welded on. For specific applications, integrated design will be used for base ends with cast steel material.
WCT series cylinders are compact type and welded construction for large loads, most cases meet the limited space requirements and load well, powering the lifting, raising and lowering actions.
WCT series of welded hydraulic cylinders application:
AiSoar WCT series of welded hydraulic cylinders are widely used in mobile application such as forklifts, lifting platform, loaders, implement lifts for tractor, excavators, agriculture and transportation. With the compact and more customized design, cross tube welded cylinders in most cases are a preferred solution.
WCT series of welded hydraulic cylinders guide:
Firstly, determine the technical parameter first: bore size, rod size, stroke, working pressure, required force (Column Load).
Secondly, check the drawings' sizes carefully, especially the mounting sizes, include the min. distance of clevis, and etc.
Others information: Port style and size, painting, clevis pin installation and retainer options, package.
WCT series of welded hydraulic cylinders materials:
This durable cylinder designed with steel base end, rod end, gland and piston rod for resistance to wear. AiSoar hydraulics implement rigid quality and control on raw material as well. We have really stable suppliers with long-term cooperative relationship. We inspection for each batch of incoming goods, and review our supplier quality performance by year.