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What is Grease Milling and Deaerating System?
The Grease Milling and Deaerating System is one of the Equipment in the Grease manufacturing process, specifically designed for refining and enhancing the quality of grease formulations. This integrated system combines milling and deaeration processes, ensuring the uniformity, consistency, and removal of entrapped air in the grease product.

Below are the components of Milling & Deaerating System:



Eco-Friendly Design

A Grease Toothed Colloid Mill is a specialized machinery designed for the efficient processing of grease and lubricants. This innovative mill employs a unique toothed rotor and stator arrangement to effectively emulsify, homogenize, and disperse grease particles, resulting in a smooth and consistent product.


  1. The mill features a precision-engineered toothed rotor and stator combination, ensuring a reliable and efficient grinding process for grease formulations.

  2. The toothed colloid mill generates high shear forces, effectively breaking down and dispersing solid particles in the grease, leading to improved consistency and performance.

  3. Suitable for various grease formulations, the mill accommodates a wide range of viscosities and can handle both standard and specialty greases.

  4. The mill excels in emulsifying and homogenizing grease components, creating a stable and uniform mixture that enhances the overall quality of the lubricating product.

  5. Operators have precise control over the milling process, allowing adjustments to achieve the desired particle size and distribution in the final grease product.

  6. Many modern grease toothed colloid mills are designed with hygiene in mind, incorporating easy-to-clean features and meeting stringent industry standards.


A Deaerator is a device designed to remove gases and moisture from liquids, typically fluids and semi-fluids. It is commonly employed to eliminate oxygen, trapped air bubbles, and dissolved gases in oil. The presence of air pockets and gases in oil can lead to significant damage to the quality and lifespan of grease. Deaerators are extensively utilized in Grease Manufacturing Plants for this purpose.


  1. The grease deaerator effectively eliminates entrapped air and gases from the grease, preventing issues such as foaming and oxidation during application.

  2. By reducing the presence of volatile compounds, the deaerator contributes to the stability and longevity of the grease, ensuring consistent performance over time.

  3. The removal of air and gases results in a more homogenous grease mixture, enhancing its lubrication properties and preventing potential equipment wear.

  4. Many grease deaerators offer customizable settings, allowing manufacturers to adjust the deaeration process based on the specific requirements of different grease formulations.

  5. Modern grease deaerators are designed with ease of cleaning in mind, meeting stringent hygiene standards and ensuring product purity.



A Grease Vacuum Pump is a crucial component in the lubricant manufacturing process, specifically designed for efficiently transferring and handling grease. This specialized pump creates a vacuum environment, allowing the extraction and transportation of grease with precision and reliability.


  1. The grease vacuum pump is equipped with a powerful suction mechanism, capable of efficiently pulling grease from containers or processing units.

  2. Suitable for various grease formulations and viscosities, the pump accommodates a wide range of lubricating products, ensuring versatility in manufacturing.

  3. Operators have precise control over the suction and discharge processes, allowing for accurate and controlled transfer of grease during the manufacturing stages.

  4. Many modern grease vacuum pumps are designed to provide high flow rates, optimizing production efficiency and reducing processing time.

  5. Compliance with hygiene standards is a priority, with pumps often featuring easy-to-clean surfaces and materials suitable for grease handling.


A Grease Transfer/Gear Pump is a fundamental component in the Grease manufacturing process, designed specifically for the precise and controlled transfer of grease. This type of pump utilizes a gear mechanism to efficiently move grease from storage containers to processing units, ensuring a smooth workflow in Grease Manufacturing Plants.


  1. The pump operates on a gear-based mechanism, providing a reliable and consistent means of transferring grease.

  2. Grease gear pumps are positive displacement pumps, meaning they move a fixed amount of grease with each revolution, ensuring accurate dosing and consistency.

  3. These pumps are versatile and suitable for a wide range of grease formulations, accommodating different viscosities and compositions.

  4. Operators have precise control over the flow rate, allowing for accurate dosing during various stages of grease processing.

  5. Grease gear pumps often feature a compact and space-efficient design, making them easy to integrate into existing manufacturing setups.



Eco-Friendly Design

A Control Panel in the context of Grease manufacturing serves as the central hub for overseeing and regulating various processes within a plant. This integral component is designed to provide operators with comprehensive control, monitoring, and coordination capabilities, ensuring the smooth and efficient operation of the entire lubricant production process.


  1. The control panel offers real-time monitoring of critical parameters such as temperature, pressure, flow rates, and other variables crucial to the lubricant manufacturing process.

  2. Equipped with an intuitive and user-friendly interface, the control panel allows operators to easily navigate and control different aspects of the manufacturing process.

  3. Many modern control panels feature automation capabilities, allowing for the seamless integration of automated systems, sensors, and actuators to enhance operational efficiency.

  4. Integrated alarm systems provide immediate alerts to operators in case of deviations from set parameters, enabling quick response to potential issues and ensuring production reliability.

  5. The control panel often includes data logging capabilities, allowing for the recording and analysis of process data over time, which is valuable for quality control and optimization.


A Skid Platform is a versatile and compact structure designed to house and support various equipment essential for industrial processes. In the context of lubricant manufacturing, a Skid Platform serves as a foundational framework for mounting machinery and facilitating a streamlined and space-efficient setup within manufacturing plants.


  1. Skid Platforms are engineered to maximize space efficiency by consolidating essential equipment on to a single, well-organized structure.

  2. The platform's modular design allows for easy integration and expansion, accommodating diverse machinery and systems necessary for lubricant production.

  3. Constructed from durable materials, Skid Platforms provide structural stability, ensuring the safe and secure operation of mounted equipment.

  4. Well-placed access points and service areas on the platform facilitate convenient maintenance and operational adjustments, promoting ease of access.

  5. Many Skid Platforms incorporate safety features, including handrails, non-slip surfaces, and designated walkways to enhance operator safety during equipment operation.

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