Industrial Peanut Butter Grinder Machine Manufacturer from China

This peanut butter grinder machine is a machine designed for mass production of smooth and creamy peanut butter. Directly produced by Chinese manufacturers, all stainless steel high quality, multiple production capacities for you to choose. This grinder is also commonly used to make various nut butters such as sesame butter, almond butter, hazelnut butter, etc.

Features of Industrial Peanut Butter Grinder Machine:

• The gap between the stator and the rotor can be adjusted to control the fineness of the finished peanut butter. The fineness of the paste can reach 100mesh.
• For different requirements for the fineness of peanut butter processing, you can grind once or multiple times.
• Easy to clean, the equipment can be cleaned directly with water or oil.
• Diverse production capacities, from 100 kg/h to 1 t/h to meet the production needs of enterprises of different sizes.
• All materials are made of stainless steel with good corrosion resistance, which makes the processed materials clean and pollution-free.
• The machine is designed with commonly used feeding hopper and pipeline outlet, which can make the materials flow into the machine and meet the requirements of users.
• Compact design and beautiful appearance.
• The grinding machine can be customized according to the user's special requirements.

Application: This peanut butter grinding machine is capable of grinding not only peanuts, but also other nuts such as almonds, cashews or hazelnuts, which makes it very versatile for nut butter production and an essential tool for large-scale peanut butter producers.

This professional grinding machine is typically used in industrial environments such as food processing plants, nut butter production facilities, and large commercial kitchens.

Working Principle of Industrial Peanut Butter Grinder Machine:

Peanut butter machines are powered by an electric motor that drives rotating teeth (or rotors) and corresponding fixed teeth (or stators). There is an adjustable gap between the two grinding bodies. When the material passes through this gap, the speed of the material attached to the rotor surface increases due to the high rotational speed of the rotor, while the speed of the material attached to the stator surface is zero. This results in a strong velocity gradient, which subjects the material to large shear, friction, high-frequency vibration, high-speed eddy current and other physical effects, so that the material is effectively emulsified, dispersed, homogenized and crushed, thereby achieving the purpose of crushing.