PROTECT BLEND CONSISTENCY THROUGH EVERY TRANSFER

Ingredients with different particle sizes, densities, shapes or surface characteristics can respond differently to gravity, vibration, acceleration and air movement. Those differences can allow components to redistribute as the material is fed, conveyed, transferred or discharged.

No. Blend behavior depends on the material and the complete handling process. The goal is to select and configure a conveying approach that avoids unnecessary disturbance and reduces opportunities for separation while meeting the required process conditions.

Large differences in particle size, bulk density, shape, flow behavior or fragility can increase the likelihood that ingredients will behave differently during handling. Fine particles mixed with larger granules are one common example.

It can. Higher velocities, abrupt acceleration or unnecessary impact may influence how different particles behave. However, speed is only one factor. Conveyor type, transfers, feeding, discharge and material characteristics also matter.

At a transfer point, material may accelerate, fall or change direction. Components with different sizes or densities can follow different trajectories, creating another opportunity for segregation.

Yes. TipTrak carries compatible mixtures in interlocking buckets with controlled movement. Combining horizontal and vertical conveying reduces intermediate transfers, while the infeed and discharge arrangements are selected around the blend and downstream requirements.

No. TipTrak uses deep continuous buckets that carry substantial material volume. This allows high conveying rates to be achieved at relatively low belt speeds compared with systems that depend primarily on higher conveying velocity.

Yes. Powderflight provides enclosed conveying for compatible powder blends with low product retention. Assess the complete mixture’s response to the aeromechanical conveying action. UniTrak’s Potter Group case includes a source-reported result of no separation of blended products.

Yes, depending on the material and application. KleanTrak supports material on the belt and may be worth evaluating where gentle conveying, sanitation or product visibility are important.

UniFlex can convey many powders, granules and dry bulk materials. For blends where segregation or product integrity is particularly important, the effect of screw conveying on the specific material should be evaluated as part of equipment selection.

They can often be handled more gently by selecting a conveying method that limits unnecessary mechanical interaction, impact and free fall. The actual material should be evaluated because fragile ingredients can behave differently within a blend.

Dust may create both containment concerns and mixture-consistency concerns because fine particles can behave differently from larger ingredients. Enclosure, transfer design and the overall conveying approach should be considered together.

Testing can help evaluate how a specific material behaves in available UniTrak test equipment and may reveal separation, flow or discharge characteristics that are difficult to predict from specifications alone. It does not guarantee identical behavior in every full-scale process condition.

Where practical, the actual blend is generally more useful because the interaction between ingredients is part of what determines conveying behavior. Testing requirements and availability depend on the material and available equipment.

Useful information includes the material composition, bulk density, particle-size range, required conveying rate, conveying distance, vertical elevation, current handling method, downstream process requirements and the specific problem you are trying to solve.