Twin Shaft mixer

The double-shaft mixer is an industrial equipment that achieves uniform mixing of materials through the coordinated action of two stirring shafts. Its core structure consists of two parallel or angled stirring shafts and the stirring blades (such as helical blades, paddles, etc.) installed on the shafts. During operation, the two shafts rotate in opposite directions under the drive of the drive system. The blades on the shafts push, shear, and flip the materials to be mixed (usually powders, granular materials, and some can handle small block or fibrous materials) within the machine body, creating complex convection, diffusion, and shearing movements. This breaks up the agglomerated state of the materials and promotes thorough contact and uniform distribution of different component materials. The equipment mainly consists of a power transmission system (motor, reducer, coupling, transmission gear), a stirring system (stirring shaft and stirring blades), a body structure system (feed and discharge ports, casing), a control system, and auxiliary systems, etc.

Features of the double-shaft mixer:
Motor power: 11-22 Kw
Feed moisture: <4%
Outstanding mixing performance (fast speed, high uniformity, no segregation); Rational structural design (small footprint, convenient discharge, good sealing); Diverse functional configurations (liquid addition function, convenient observation and maintenance); Strong power and operational characteristics (powerful, low energy consumption, stable operation); Wide application range (strong material adaptability, flexible production scale).

Applications of the double-shaft mixer:
1. In the feed processing industry, the double-shaft mixer plays a significant role. Feed production often requires the mixing of various raw materials, such as corn, soybean meal, bran, and various additives (vitamins, minerals, etc.) in certain proportions. The double-shaft stirring method allows these materials with different properties and particle sizes to fully contact and blend, ensuring that the final feed produced is nutritionally balanced and meets the growth needs of different livestock and poultry. Whether it is for pig feed, chicken feed, or aquatic feed, it can achieve efficient mixing operations with its help. Please provide the text you want to be translated.
Benefits: Efficient Mixing
2. The dual-shaft mixer is also indispensable in the grain processing industry. During the storage and pre-processing of grains, it may be necessary to mix grains of different batches and qualities to adjust the moisture and impurity content, ensuring the stability of subsequent processed products. For example, in wheat processing, mixing wheat from different regions and with different hardness can make the flour quality more uniform and improve the overall quality of the flour.
Benefits: Ensuring the stability of subsequent products
3. In the fertilizer production industry, the dual-shaft mixer is also widely used. The production of compound fertilizers requires the mixing of basic fertilizers such as nitrogen, phosphorus, and potassium, as well as some trace elements according to the formula. The dual-shaft mixer can thoroughly stir these granular or powdered fertilizer raw materials to ensure that each component is evenly distributed in the fertilizer, thereby improving the fertilizer efficiency and meeting the multiple nutrient requirements of crops. For organic fertilizers, it can also evenly mix organic materials such as livestock manure and straw with fermentation agents, promoting the smooth progress of the fermentation process.
Benefits: Thorough mixing, improved fertilizer efficiency, and smooth progress of subsequent work. Please provide the text you want to be translated.
4. In the production of building materials, the twin-shaft mixer can be used to blend some special mortars, insulation materials, etc. For instance, when producing insulation mortar, it is necessary to mix cement, insulation aggregates, additives, etc. evenly. The powerful stirring of the twin shafts can ensure the stable performance of the mortar and meet the requirements of construction. In the chemical industry, for some materials that need to be mixed and reacted, using a twin-shaft mixer for pretreatment before the reaction can make the materials mix more evenly, which is conducive to the full progress of the reaction and improves the quality and output of chemical products.
Benefits: Meeting construction requirements and ensuring product quality.