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Product Description
The twin-screw extruder is mainly composed of a feeding system, an extrusion system, a cutting system, a heating system, a lubrication system and a control system. The feeding system, extrusion system and cutting system all adopt variable frequency speed regulation, which has strong drive, stable performance and energy saving. The screw is made of alloy material and processed with special technology. It has high strength, wear resistance and long service life. The barrel adopts water-cooling circulation, so the extruder can be used not only for corn and rice, but also for high-viscosity raw materials such as wheat flour and starch. Through different wet extrusion temperature ratios, different types of fully expanded and semi-expanded products can be made.
The working principle of the twin-screw extruder is as follows: the raw materials are put into the feed port of the screw frame, and as the screw rotates, the raw materials are gradually pushed forward. During the advancement process, the raw materials are brought to the lower compression area by the threaded wheel groove of the screw. In this area, the grooves of the screw gradually become shallower, causing the raw material to be pressurized and heat generated. Next, the raw materials enter the threaded mixing area of the screw, where the threaded channel shape mixes the raw materials evenly and heats them to a molten state. Then, the raw material begins to enter the threaded conveying area of the screw, which pushes the raw material forward and forms a continuous threaded screw to extrude the molten raw material.
The twin-screw extruder can mix the molten plastic more effectively and evenly, providing better material performance and product quality. And twin-screw extruders are generally able to handle a wider range of raw materials because their higher shear effects and heating capabilities can accommodate different types and characteristics of raw materials.
Application Display
The twin-screw extruder is mainly composed of a feeding system, an extrusion system, a cutting system, a heating system, a lubrication system and a control system. The feeding system, extrusion system and cutting system all adopt variable frequency speed regulation, which has strong drive, stable performance and energy saving. The screw is made of alloy material and processed with special technology. It has high strength, wear resistance and long service life. The barrel adopts water-cooling circulation, so the extruder can be used not only for corn and rice, but also for high-viscosity raw materials such as wheat flour and starch. Through different wet extrusion temperature ratios, different types of fully expanded and semi-expanded products can be made.
The working principle of the twin-screw extruder is as follows: the raw materials are put into the feed port of the screw frame, and as the screw rotates, the raw materials are gradually pushed forward. During the advancement process, the raw materials are brought to the lower compression area by the threaded wheel groove of the screw. In this area, the grooves of the screw gradually become shallower, causing the raw material to be pressurized and heat generated. Next, the raw materials enter the threaded mixing area of the screw, where the threaded channel shape mixes the raw materials evenly and heats them to a molten state. Then, the raw material begins to enter the threaded conveying area of the screw, which pushes the raw material forward and forms a continuous threaded screw to extrude the molten raw material.
The twin-screw extruder can mix the molten plastic more effectively and evenly, providing better material performance and product quality. And twin-screw extruders are generally able to handle a wider range of raw materials because their higher shear effects and heating capabilities can accommodate different types and characteristics of raw materials.
Product Advantages
Hygiene and safety: Twin-screw extruders are usually made of food-grade stainless steel materials and comply with hygiene standards. The operation is automated, highly intelligent and pollution-free. They are reasonably designed and easy to clean, and can effectively prevent cross-contamination and ensure the safety of produced food.
Flexible and diverse: The twin-screw extruder can be adjusted and configured according to the different needs of food products to meet the processing requirements of various products. They have adjustable parameters such as extrusion speed, temperature and pressure, and are highly adaptable to meet the extrusion processing of different foods.
High molding precision: The twin-screw extruder can precisely control the extrusion process of the material, thereby ensuring the consistency of the size and shape of the product. This is very important for certain food products that require high precision, such as noodles, candies, etc.
Uniform mixing: Twin-screw extruders can evenly mix multiple components of food ingredients together through the interaction of the screws and the shape of the channels. This is very important for manufacturing food products with specific formulas and tastes, such as puffed foods, nut chocolates, etc.
Efficient production: The twin-screw extruder has high production efficiency and can extrude food products quickly and continuously. Its high-speed extrusion and continuous working characteristics improve production capacity and can adapt to the needs of mass production.
Automated control possible: The twin-screw extruder can be integrated with the automated control system to achieve automation and intelligence in the production process. In this way, production efficiency can be improved, manpower input reduced, and product quality stability ensured. The pneumatic components, electrical components and operating components in the machine all adopt advanced world-famous components. The linear structure is simple and easy to install and maintain.
Create unique products: Twin-screw extruders can create unique food products by changing recipes and processing parameters. This enables manufacturers to differentiate their products in the market and provide customers with new and innovative products.
Product Description
The twin-screw extruder is mainly composed of a feeding system, an extrusion system, a cutting system, a heating system, a lubrication system and a control system. The feeding system, extrusion system and cutting system all adopt variable frequency speed regulation, which has strong drive, stable performance and energy saving. The screw is made of alloy material and processed with special technology. It has high strength, wear resistance and long service life. The barrel adopts water-cooling circulation, so the extruder can be used not only for corn and rice, but also for high-viscosity raw materials such as wheat flour and starch. Through different wet extrusion temperature ratios, different types of fully expanded and semi-expanded products can be made.
The working principle of the twin-screw extruder is as follows: the raw materials are put into the feed port of the screw frame, and as the screw rotates, the raw materials are gradually pushed forward. During the advancement process, the raw materials are brought to the lower compression area by the threaded wheel groove of the screw. In this area, the grooves of the screw gradually become shallower, causing the raw material to be pressurized and heat generated. Next, the raw materials enter the threaded mixing area of the screw, where the threaded channel shape mixes the raw materials evenly and heats them to a molten state. Then, the raw material begins to enter the threaded conveying area of the screw, which pushes the raw material forward and forms a continuous threaded screw to extrude the molten raw material.
The twin-screw extruder can mix the molten plastic more effectively and evenly, providing better material performance and product quality. And twin-screw extruders are generally able to handle a wider range of raw materials because their higher shear effects and heating capabilities can accommodate different types and characteristics of raw materials.
Application Display
The twin-screw extruder is mainly composed of a feeding system, an extrusion system, a cutting system, a heating system, a lubrication system and a control system. The feeding system, extrusion system and cutting system all adopt variable frequency speed regulation, which has strong drive, stable performance and energy saving. The screw is made of alloy material and processed with special technology. It has high strength, wear resistance and long service life. The barrel adopts water-cooling circulation, so the extruder can be used not only for corn and rice, but also for high-viscosity raw materials such as wheat flour and starch. Through different wet extrusion temperature ratios, different types of fully expanded and semi-expanded products can be made.
The working principle of the twin-screw extruder is as follows: the raw materials are put into the feed port of the screw frame, and as the screw rotates, the raw materials are gradually pushed forward. During the advancement process, the raw materials are brought to the lower compression area by the threaded wheel groove of the screw. In this area, the grooves of the screw gradually become shallower, causing the raw material to be pressurized and heat generated. Next, the raw materials enter the threaded mixing area of the screw, where the threaded channel shape mixes the raw materials evenly and heats them to a molten state. Then, the raw material begins to enter the threaded conveying area of the screw, which pushes the raw material forward and forms a continuous threaded screw to extrude the molten raw material.
The twin-screw extruder can mix the molten plastic more effectively and evenly, providing better material performance and product quality. And twin-screw extruders are generally able to handle a wider range of raw materials because their higher shear effects and heating capabilities can accommodate different types and characteristics of raw materials.
Product Advantages
Hygiene and safety: Twin-screw extruders are usually made of food-grade stainless steel materials and comply with hygiene standards. The operation is automated, highly intelligent and pollution-free. They are reasonably designed and easy to clean, and can effectively prevent cross-contamination and ensure the safety of produced food.
Flexible and diverse: The twin-screw extruder can be adjusted and configured according to the different needs of food products to meet the processing requirements of various products. They have adjustable parameters such as extrusion speed, temperature and pressure, and are highly adaptable to meet the extrusion processing of different foods.
High molding precision: The twin-screw extruder can precisely control the extrusion process of the material, thereby ensuring the consistency of the size and shape of the product. This is very important for certain food products that require high precision, such as noodles, candies, etc.
Uniform mixing: Twin-screw extruders can evenly mix multiple components of food ingredients together through the interaction of the screws and the shape of the channels. This is very important for manufacturing food products with specific formulas and tastes, such as puffed foods, nut chocolates, etc.
Efficient production: The twin-screw extruder has high production efficiency and can extrude food products quickly and continuously. Its high-speed extrusion and continuous working characteristics improve production capacity and can adapt to the needs of mass production.
Automated control possible: The twin-screw extruder can be integrated with the automated control system to achieve automation and intelligence in the production process. In this way, production efficiency can be improved, manpower input reduced, and product quality stability ensured. The pneumatic components, electrical components and operating components in the machine all adopt advanced world-famous components. The linear structure is simple and easy to install and maintain.
Create unique products: Twin-screw extruders can create unique food products by changing recipes and processing parameters. This enables manufacturers to differentiate their products in the market and provide customers with new and innovative products.
