Flow Aids
OLI Flow Aids: Enhancing Material Flow Efficiency
Any small change in the outlet opening, rough surfaces, bends, shallow angles, the shape of the container, and the particle shape of the material can slow down product flow, generating waste. OLI flow aids are designed to address these issues caused by design errors or the characteristics of the powder or granules handled. They significantly increase process efficiency and improve plant safety.
Benefits:
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Improved Material Discharge: OLI flow aids prevent common flow issues such as ratholing and bridging, ensuring a smooth discharge of bulk materials from silos, hoppers, and other containers.
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Enhanced Process Efficiency: By promoting consistent material flow, OLI flow aids reduce downtime and operational inefficiencies, leading to higher production rates.
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Increased Plant Safety: The integration of flow aids minimizes the need for manual intervention in potentially hazardous environments, enhancing overall safety for workers.
Types of OLI Flow Aids:
Electric Vibrators:
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Functionality: These vibrators provide controlled vibrations to loosen materials that tend to stick to container surfaces, facilitating smoother flow.
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Applications: Suitable for various industries including food processing and plastics, they ensure efficient discharge of fine powders and granules.
Pneumatic Vibrators:
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Functionality: Utilizing air pressure to generate vibrations, these vibrators are effective in preventing material build-up and ensuring consistent flow.
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Durability: Designed for demanding environments, pneumatic vibrators are often lubrication-free and require minimal maintenance.
Vibro-Aerators:
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Functionality: These devices generate vibration through patented air flow technology, effectively loosening materials that adhere to surfaces.
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Applications: Particularly useful for food-grade applications where hygiene is critical.
By incorporating OLI flow aids into material handling systems, facilities can effectively mitigate flow issues while enhancing efficiency and safety. Their adaptability across various industries makes them a vital component in optimizing bulk material processing operations.
