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Material

Potato Chips & Snack Foods

Answer in brief

Snack products are worth more intact than broken, so the whole line from fryer to bagger is really a breakage budget.

Every drop, direction change and belt transfer costs pieces, and the loss shows up as fines in the bag and as seasoning that never reached the product.

  • Keep vertical drops short and cushioned.
  • Move product slowly on wide, lightly loaded belts rather than quickly on narrow ones.
  • Count transfer points and remove the ones that exist only for convenience.

Reviewed October 21, 2026 · Updated October 21, 2026

Handling challenges

Finished snacks are the rare bulk material where the product is more fragile than anything it touches.

A chip that survives frying can still arrive at the bagger as three pieces and a handful of fines, and nothing downstream can put it back together.

Where the breakage actually happens

Breakage is cumulative and almost always traceable to a small number of places.

  • Free fall into a hopper or onto a belt, where impact energy rises with the square of drop height.
  • Transfer points between conveyors, especially where the receiving belt runs faster than the delivering one.
  • Vibratory conveyors driven harder than necessary to hit a rate.
  • Bucket elevators and screw conveyors, which are the wrong machines for this duty.

A useful exercise is to walk the line with a sample bag and count every point where product changes direction or level.

Conveying choices that protect piece size

Gentle wins: wide belts running slowly, shallow inclines and vibratory pans with controlled stroke move more saleable product than fast, compact layouts.

Where vertical movement is unavoidable, bucket elevators with soft discharge or spiral let-down chutes reduce the impact compared with a straight drop.

Dense phase pneumatic conveying can be used for robust extruded shapes at low velocity, but thin fried slices rarely survive even a well-tuned pneumatic line.

Seasoning, oil and the sticking problem

Oil and seasoning turn a free-flowing product into one that builds up on every surface it touches.

Residue on belts and chute walls collects fines, changes the flow path over a shift and becomes an allergen carryover risk when the line switches flavors.

Design for cleaning: removable chute sections, smooth welds, no horizontal ledges and access to the places where seasoning actually accumulates.

Dust, fines and explosion risk

Starch and seasoning fines are combustible, and the dust cloud inside a closed transfer or a dust collector is a credible ignition scenario.

The hazard belongs to the dust, not to the chip: fines generated by breakage are finer and drier than the product itself.

Dust collection, explosion venting or suppression and ignition source control should be assessed for the collector and for any enclosed conveying equipment.

What to establish before buying equipment

  • Acceptable broken-piece percentage in the finished bag, measured the same way by supplier and plant.
  • Bulk density at the fill point, which sets hopper and weigher volume.
  • Seasoning type and allergen matrix, which drives cleaning design.
  • Moisture and temperature at each transfer, since warm product is softer and breaks more easily.

Material behavior

Flowability
Free flowing but low density
Abrasiveness
Low, product damages equipment less than equipment damages product
Cohesiveness
Low; oil and seasoning cause sticking
Moisture behavior
Crisp texture lost above roughly 3 percent moisture

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