Recently, the horizontal screw belt mixer produced by Changzhou Mingchun Machinery has attracted attention in the field of industrial mixing equipment. With a design that meets production needs, it provides reliable solutions for material mixing processes in multiple industries.
1、 Core structural design: balancing efficiency and practicality
This horizontal screw belt mixer is designed with the core concept of "reducing residue and improving efficiency", and the key structural details are in line with the needs of industrial production scenarios
U-shaped cylinder and double-layer spiral beltThe main body adopts a U-shaped stainless steel cylinder, equipped with inner and outer double-layer spiral blades inside. The outer spiral belt pushes the material to gather towards the center of the cylinder, while the inner spiral belt diffuses the material from the center to both ends, forming a turbulent state through bidirectional convection, allowing the powder and semi fluid material to quickly permeate and mix, reducing mixing dead corners.
Low residue and leak proof designThe gap between the edge of the spiral belt and the cylinder wall is controlled within a very small range, greatly reducing material adhesion residue; The spindle adopts a combination of air seal and PTFE packing, which can effectively prevent fine powder leakage, while maintaining a clean production environment and material purity.
Convenient cleaning configurationThe cylinder cover adopts a fully open design, which is more convenient for cleaning viscous materials and suitable for cleaning needs after mixing multiple batches and categories of materials.

2、 Flexible configuration: adapted to diverse production needs
The flexible design of the equipment in terms of temperature control and discharge methods can meet the mixing requirements of different industries and materials
Temperature control adapted to thermal sensitive materialsSupport adjusting the temperature inside the cylinder by passing hot oil or cooling water to avoid temperature fluctuations during the mixing process that may affect the properties of thermosensitive materials, suitable for temperature sensitive material processing scenarios.
Scenario based discharge design:
For powder materials: adopting a pneumatic large door design to achieve low residue discharge of powder materials, suitable for industries such as dry powder mortar and feed that mainly use powder materials.
For semi fluid materials such as real stone paint and paste additives, a butterfly valve discharge method is used to achieve sealed discharge and ensure that the material discharge process is not contaminated by external factors.
3、 Multi domain application: catering to the special needs of the industry
With its structural and configuration advantages, this mixer can adapt to the special production requirements of multiple industries and cover a variety of mixing processes:
Production of lithium battery materialsFully enclosed design with nitrogen protection can effectively prevent material oxidation; The equipment material is selected from special stainless steel that meets industry requirements and is compatible with the strict standards of lithium battery material production.
Food and pharmaceutical industryMeets GMP level hygiene standards, the equipment surface is finely polished and supports CIP online cleaning, meeting the high requirements for hygiene and cleanliness in food and pharmaceutical production.
Chemical dye industrySome models are equipped with corrosion-resistant alloy screws (such as Hastelloy material) that can withstand complex working conditions such as strong acids, ensuring stable operation of the equipment in chemical environments.
other fieldsIt is also widely used in industries such as building materials, and can complete the mixing of various forms of materials such as powder to powder, powder with a small amount of liquid added, and powder to particle.
The horizontal screw belt mixer of Changzhou Mingchun Machinery provides strong support for various industries with reasonable structural design, flexible functional configuration, and wide applicability, helping enterprises optimize mixing processes, improve production efficiency and product quality, and continue to play practical value in the field of industrial mixing equipment.