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Agriculture / orchard sprayers & harvesters

Selecting Spacers for Orchard Machinery

Spacers in wheel hubs and conveyor assemblies sit in acidic fruit juice, pesticide, and high-pressure washdown. Start with which assembly the spacer sits in, then confirm the grade and the fit that keeps it from seizing or rattling.

  • Wheel hubs & conveyors
  • Juice, pesticide & washdown
  • Snug fit, chamfered bore
  • 316 stainless
Jump to selection

Start with the assembly, not the machine. Wheel hubs, drive trains, and conveyor shafts each see different loads and different chemical exposure.

Send the assembly details →
01 / Application map

Where does the
spacer work?

Orchard machinery runs wet and chemical all season, so each assembly needs a spacer that resists both.

01

Wheel hubs

Spacers between bearing races and hub faces set the wheel stack. Corroded carbon steel spacers can fuse to the axle and have to be cut off.

02

Drive trains

A spacer with slop lets a vibrating drive train develop mechanical play. A snug, tight-tolerance fit removes that play.

03

Conveyor assemblies

Conveyor shafts see fruit juice and washdown water. Stainless spacers stay free on the shaft where carbon steel would seize.

04

Nozzle and spray systems

Vibration from a loose spacer can shake nozzle systems loose and spread chemical unevenly. Fixing the spacer fit steadies the spray.

02 / Construction decision

Choose the grade and
fit together.

Do not select a spacer from the word “stainless” alone. The grade, the bore fit, and the bore edge decide how long the part lasts and how easy it is to service.

A / GRADE

316 or 316L

316 and 316L resist acidic juice, pesticides, and washdown water better than 304 or carbon steel. Confirm the chemicals you spray and wash with.

Grade follows the chemistry
B / FIT

Snug, tight-tolerance bore

A tight tolerance gives a snug fit on the axle and removes the play that vibration turns into damage. Confirm the fit against your axle tolerance.

Fit follows the axle tolerance
C / FEATURE

Chamfered inside diameter

A chamfer on the bore lets the spacer slide onto the axle during field repairs. Ask for it when the spacer is serviced outdoors.

Service feature
03 / Failure prevention

Chemicals, washdown, and vibration each need their own check.

Corrosion, play, and hard service each push toward a different detail.

ConditionWhat to review before specifying
Acidic fruit juiceJuice and pesticide residue attack carbon steel spacers within a season. Confirm the chemicals you spray and wash with before choosing the grade.
High-pressure washdownWashdown forces water into hubs and past seals. Choose a grade that tolerates constant wet, and check the seals separately.
Vibration and slopA loose spacer lets the assembly vibrate, which can shake nozzle systems loose. Specify the bore and outside diameter tolerances that matter.
Seizing on the axleA spacer that oxidizes onto the shaft has to be cut off and can damage the shaft. A stainless spacer with a controlled fit and a chamfered bore slides on and off the axle.
Field serviceRepairs often happen in the field. A chamfered bore and a clear installation direction save time at the axle.
04 / RFQ handoff

Tell us where
the spacer sits.

The most useful enquiry contains the real assembly and chemical exposure around the spacer, not only a nominal bore size.

  • ApplicationWheel hub, drive train, conveyor shaft, nozzle mount, or other
  • MachineSprayer, harvester, or conveyor model and the spacer position
  • BoreAxle diameter and the fit you need
  • Outside diameter and lengthContact faces and the stack length
  • FeaturesChamfers, shoulders, grooves, or other details
  • EnvironmentJuice, pesticide, fertilizer, washdown, and outdoor exposure
  • Material316, 316L, or another stainless grade
  • DocumentsDrawing, sample or worn part, quantity, and required finish

Field result: no rust, no seizing.

A commercial fruit grower switched its sprayer and harvester spacers to 316 stainless steel with a tight fit and a chamfered bore. The grower reported no rust, no seizing, and no vibration-related downtime the following season, and has begun retrofitting the fleet.

05 / Practical questions

Before you
place the order.

Use these questions to turn an application description into an engineering review.

Why do carbon steel spacers seize on orchard axles?

Acidic juice, pesticide, and washdown water oxidize carbon steel, and the corrosion can fuse the spacer to the axle. Stainless spacers resist that attack, so they stay free for service.

Which stainless grade suits orchard machinery?

316 resists the acids and chemicals of an orchard better than 304. Tell us the chemicals you spray and how you wash the machine, and we will confirm the grade.

Does a tighter tolerance reduce vibration?

A snug fit on the axle removes the play that lets a spacer vibrate. Tell us the axle tolerance and the fit you want, and we will set the bore to match.

What should I send for an orchard machinery spacer?

Send the axle diameter, the spacer position, the chemicals, and the washdown method. A drawing or the worn part helps us match the fit.

Have an orchard machinery spacer to review?

Send the axle diameter, spacer position, and chemical exposure. Profab Machine can confirm the grade and fit.

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