Custom sprayer hydraulic cylinders are designed for agricultural spray equipment that requires controlled boom movement, height adjustment, folding, extension, tilt correction, and steering support. Whether you manufacture trailed sprayers, self-propelled sprayers, mounted sprayers, or high-clearance crop sprayers, the cylinder must match the machine structure, hydraulic circuit, working load, and outdoor operating environment.

Kican supplies customized hydraulic cylinders for agricultural machinery with configurable bore size, stroke length, pressure rating, mounting style, cylinder structure, sealing system, and corrosion-resistant material options. Our goal is to help equipment manufacturers obtain hydraulic cylinders that fit their sprayer design and support reliable field operation.

For broader customized cylinder options across agricultural and construction equipment, visit our Customized Hydraulic Cylinder page.

Hydraulic Cylinder Applications on Agricultural Sprayers

Hydraulic cylinders are used in multiple motion systems on agricultural sprayers. Different positions may require different stroke lengths, mounting designs, load capacities, and corrosion protection levels.

Typical applications include:

• Boom lift cylinders for raising and lowering spray booms

• Boom folding cylinders for folding booms during transport

• Boom unfolding cylinders for controlled field deployment

• Boom extension cylinders for adjustable spraying width

• Boom tilt cylinders for terrain adaptation and boom leveling

• Suspension cylinders for improved stability on uneven ground

• Steering cylinders for trailed and self-propelled sprayers

• Hitch lift cylinders for mounted sprayers and tractor connections

• Cover, guard, or platform adjustment cylinders

• Custom push-pull cylinders for auxiliary sprayer mechanisms

Each application has different requirements for force, stroke, mounting geometry, response speed, and environmental protection. A properly designed custom sprayer hydraulic cylinder helps reduce misalignment, leakage risk, unstable boom movement, and premature wear.

Customization Options for Sprayer Hydraulic Cylinders

Bore Size and Rod Diameter

Cylinder bore and rod diameter should be selected according to the required force, system pressure, working load, and installation space. Larger bore sizes can provide higher output force, while rod diameter must be sufficient to resist buckling and side loading during boom movement.

Stroke Length

Stroke length is determined by the travel required for boom lifting, folding, extension, steering, or leveling. Long-stroke cylinders may be required for wide-boom sprayers, while compact cylinders are often preferred where installation space is limited.

Pressure Rating

Custom cylinders can be matched to the hydraulic system pressure of the sprayer. The pressure rating should be selected together with bore size and load requirements to ensure stable operation without oversizing the cylinder.

Mounting Style

Available mounting configurations may include:

• Clevis mounts

• Pin mounts

• Flange mounts

• Trunnion mounts

• Foot mounts

• Custom welded brackets

• OEM mounting eyes and bushings

Correct mounting geometry is important for reducing side load and preventing premature wear of the rod, seals, pins, and cylinder tube.

Cylinder Structure

Depending on the sprayer function, cylinder structures may include:

• Double-acting hydraulic cylinders

• Single-acting hydraulic cylinders

• Welded hydraulic cylinders

• Tie-rod hydraulic cylinders

• Compact custom cylinders

• Long-stroke hydraulic cylinders

Double-acting designs are commonly used where controlled extension and retraction are required, such as boom folding, unfolding, lifting, and tilt adjustment.

Seals and Corrosion Protection

Agricultural sprayers work outdoors and may be exposed to water, fertilizer, pesticides, dust, mud, UV exposure, and temperature changes. Seal materials, rod coatings, and surface treatments should be selected according to the working environment.

Available options may include:

• High-quality sealing systems for frequent cycling

• Dust wipers to help reduce contamination entry

• Corrosion-resistant rod coatings

• Stainless steel rod options

• Protective paint or coating systems

• Customized port and hose connection layouts

Key Design Considerations for Sprayer Hydraulic Cylinders

Boom Load and Dynamic Movement

Sprayer booms are not static loads. They move during lifting, folding, transport, field operation, and terrain changes. Cylinder design should consider the boom weight, motion speed, load distribution, vibration, and possible shock loads.

Working Environment

Sprayer cylinders often operate in wet, dusty, and chemically exposed environments. The design should consider corrosion protection, seal compatibility, rod surface protection, and maintenance accessibility.

Installation Space

Some boom sections and steering systems have limited installation space. A custom cylinder can be designed with the required retracted length, extended length, port direction, mounting position, and rod-end configuration.

Side Load Prevention

Incorrect pin alignment or poor mounting geometry can create side loading. This may cause rod damage, uneven seal wear, leakage, or shortened cylinder service life. Proper mounting selection and alignment should be considered during the design stage.

Hydraulic Connection Layout

Port type and port position affect hose routing, installation space, and maintenance convenience. Custom port placement can help reduce hose interference during boom folding or lifting.

Common Sprayer Hydraulic Cylinder Configurations

Why Use Custom Hydraulic Cylinders for Sprayers?

A standard hydraulic cylinder may not match the exact installation dimensions, force requirements, motion range, or environmental conditions of a specific sprayer model. A custom solution can help OEM manufacturers and agricultural equipment builders achieve a better fit between the cylinder and the equipment design.

Custom sprayer hydraulic cylinders can support:

• Better compatibility with your boom structure and linkage system

• More accurate stroke and mounting dimensions

• Improved resistance to field contamination and moisture

• More efficient installation and hose routing

• Reduced risk of interference during boom folding or transport

• Consistent hydraulic motion for lifting, folding, and leveling functions

• Easier replacement planning for OEM equipment programs

Information Needed for a Custom Sprayer Hydraulic Cylinder Quote

To recommend or manufacture a suitable cylinder, please provide as much of the following information as possible:

• Equipment type and sprayer model

• Cylinder application position

• Required push force and pull force

• Bore diameter

• Rod diameter

• Stroke length

• Closed length and extended length

• Working pressure

• Mounting type and pin dimensions

• Port type and port location

• Required quantity

• Operating temperature range

• Exposure to chemicals, fertilizer, water, dust, or salt

• Drawings, photos, samples, or OEM part numbers

If some dimensions are unavailable, photos of the existing cylinder and the installation location can help confirm the design requirements.

Related Hydraulic Cylinder Solutions

Kican also provides hydraulic cylinder solutions for other agricultural and construction equipment. Explore our Customized Hydraulic Cylinder range for configurable cylinders used in agricultural machinery, loaders, excavators, cranes, lifting systems, and industrial equipment.

Request a Custom Sprayer Hydraulic Cylinder Solution

Send us your drawing, sample, equipment model, or required dimensions. Our team can help evaluate the required bore, stroke, pressure rating, mounting style, and corrosion protection options for your agricultural sprayer hydraulic cylinder project.