22×9 11 Inch Cone With Collar Oil Expeller

An oil expeller cone, often part of an oil expeller machine, is a crucial component in the process of extracting oil from seeds or nuts. It plays a pivotal role in pressing oilseeds to extract oil efficiently. The oil expeller cone is designed to apply mechanical pressure to crush and extract oil from various oil-bearing materials such as soybeans, peanuts, sunflower seeds, rapeseeds, and more.

Here’s a breakdown of its key components and functions:

1. Cone Shape: The oil expeller cone typically has a conical shape that allows for the gradual compression of the oilseeds. This shape helps in directing the extracted oil towards the collection chamber while separating it from the solid residue (oilseed cake or meal).
2. Ridges or Grooves: The surface of the cone may feature ridges, grooves, or other patterns designed to increase the friction between the material being pressed and the cone itself. This enhanced friction aids in the extraction process by maximizing oil release from the seeds or nuts.
3. Material: Oil expeller cones are often made from high-quality steel or other durable materials that can withstand the immense pressure applied during the oil extraction process.
4. Screw or Auger Mechanism: The cone is often part of a larger assembly that includes a screw or auger, which rotates and pushes the oilseeds towards the cone. As the seeds move along the cone’s surface, the pressure exerted by the cone causes the oil to be squeezed out from the seeds.
5. Heating Mechanism (Optional): Some oil expeller machines incorporate a heating mechanism to raise the temperature of the seeds or nuts before pressing. This heating process can improve oil extraction efficiency by making the oil more accessible for extraction.
6. Oil Outlet: The extracted oil flows out through an outlet connected to the bottom of the cone, usually directed to a collection container.

The oil expeller cone is an integral part of the oil extraction process in oil mills and extraction plants. Its design, material quality, and efficiency in applying pressure contribute significantly to the yield and quality of the extracted oil. Regular maintenance and cleaning are essential to ensure optimal performance and longevity of the cone and the entire oil expeller machine.