Food Grade Ribbon Mixer

• The mixer can be made with all stainless steel or materials contact part with stainless steel or all carbon steel.

• Interior Surfaces: Mirror polished.

• Discharge: Manual valve or pneumatic valve.

• Safety device：Safety grid on the cylinder. Emergency stop device when the lid is open while the safety grip is not on the cylinder

• Heating function ( optional): Electric heating with jacket for heating transfer oil; Jacket for steam; Jacket for water circulation.

• Cooling function( optional): Jacket for cooling water circulation or equipped together with a chiller.

• Vacuum function( optional): it includes vacuum pump, metal hose, buffer tank and vacuum gauge. Vacuum degree can reach-0.096mpa.

• Other customized function can be discussed

Food Processing: Ribbon mixers are extensively used in the food industry for blending dry ingredients, such as flours, spices, powders, baking mixes, and food additives. They are crucial for maintaining product consistency and quality in food production.

Chemical Industry: Ribbon mixers are used for mixing chemicals, pigments, dyes, and other powders or granular materials. They ensure uniform distribution of components in chemical processes.

Plastics Industry: Ribbon mixers are used for blending plastic resins, colorants, additives, and other raw materials in the production of plastic products, ensuring consistent quality.

Construction Materials: In the production of construction materials like cement, mortar, dry plaster, and concrete mixes, ribbon mixers ensure an even distribution of ingredients.

Agriculture and Fertilizer Production: Ribbon mixers are used to blend dry fertilizers and soil conditioners, ensuring consistent nutrient distribution in agricultural applications.

Mining and Metallurgy: Ribbon mixers are used for the blending of ore concentrates, as well as for mixing materials in metallurgical processes.

Horizontal ribbon mixer consists of transmission components, double-layer ribbon mixer, and U-shaped barrel. The coiling form of the outer spiral strip matches the direction of rotation to push the material from both ends to the middle, while the inner spiral strip pushes the material from the middle to both ends. The different angles and directions of the spiral strip make the material flow in different directions. The material continues to pass through Convection circulation and shear mixing achieve rapid mixing. There is a discharge port in the center of the bottom of the horizontal cylinder of the mixer. The spiral structure of the outer spiral belt cooperates with the rotation direction of the main shaft to drive the material inside the cylinder wall to the central discharge port for discharge, ensuring that there are no dead ends in the discharge of materials in the cylinder.