Features And Application Of Hammer Mill

Hammer mill are commonly used in the following areas: food product grinding and powder production. In food product grinding, hammer mill is used to grind various kinds of materials such as legumes, nutshells, beans, etc. In powder production, hammer mills are used in the powder processing mainly in pharmaceutical and chemical industries. In addition, it can also be applied in the dissolution, energy source reduction, material size reduction, recycling and scrapping, etc. Senieer hammer mills are used in a wide range of areas and features various advantages. Versatility: capable of grinding a wide range of materials, including grains, biomass, industrial waste, and more. Customizable screen: the crushing screen sizes are adjustable to control final particle size and consistency. Convenient maintenance: Simple design with easy access to components for cleaning and maintenance. Wide applications: suitable for a wide range of applications like food product grinding, powder production, recycling, biofuel, etc. Energy efficiency: optimized for low energy consumption while maintaining high productivity. Customizable configurations: offer options for different hammer arrangements, rotor speeds, and power requirements to meet clients’ specific needs. Safety mechanism: Includes safety mechanisms to prevent safety problems like overheating, overloading, over-speeding, ensuring operator’s safety.

Key Components Of Hammer Mill

Here are the basic and key components of hammer mill: Feeding hopper: the entry point for raw materials into the crushing chamber which ensures a controlled and consistent flow of material into the grinding chamber. Crushing chamber: the container for crushing, grinding and pulverizing of raw materials. Hammers: they are responsible for crushing and grinding materials in the crushing chamber. The size, shape and material of them can be customized according to different needs. Screen: after crushing and grinding process is finished, the grounded material will pass through the screen. Control system: It comprises many switches which are responsible for controlling the entire machine. Many parameters such as speed can be controlled and adjusted through the display panel. Discharge chute: the exit point for the crushed and ground material after it passes through the screen. It directs the final product out of the machine.

Innovations And Customization

As the leading manufacturer and supplier for pharmaceutical equipment in the world, Senieer accomplishes many innovations in product design and manufacture process, and also supports customized service according to clients’ specific needs. In the part of crushing screen, the material used can be customized to SUS304/316L or alloy steel as per the client’s requirements. The mesh size is also changeable. For the crushing blades, high- speed steel is welded onto each blade to create a cutting edge that enhances both cutting speed and wear resistance. The entire crushing blade assembly can also be quickly removed from the shaft for easy cleaning. Senieer also installs a compressed air sealing device on the bearing box connection to prevent materials inside the barrel from entering the gap between the shaft and sleeve during rotation. It also serves a self-lubricating and heat dissipation function. The surfaces in contact with the material have a high level of smoothness, with an internal surface roughness Ra ≤ 0.4μm and an external surface roughness Ra ≤ 0.8μm. Except these, Senieer also have many other exclusive and ease of use design and innovations in its products.

Senieer has many years of experiences in the pharmaceutical industry. It offers both standard products and customized service for clients. The rotating speed, the size and material of crushing screen, and more parts, are supporting customization as per clients’ specific needs. The mission of Senieer is contributing to the human’s health care industry. So, if you have any questions or want to learn more about its products, please feel free to contact us.