Second hand 2-ton stainless steel screw belt mixer

Second hand 2-ton stainless steel screw belt mixerSecond hand 2-ton stainless steel screw belt mixer

Structural characteristics of screw belt mixer:

1. Composed of a U-shaped container, spiral stirring blades, and transmission components;

2. The U-shaped long cylinder structure ensures low resistance movement of the mixed material (powder, semi fluid) inside the cylinder.

3. The forward and reverse rotating spiral bars are installed on the same horizontal axis to create a low-power and high-efficiency mixing environment. The spiral shaped blades are generally made into double or triple layers, with the outer spiral collecting the material from both sides to * and the inner spiral conveying the material from * to both sides, which can create more vortices in the flow of the material. Accelerated mixing speed and improved mixing uniformity;

4. The horizontal screw belt mixer is a new type of mixing equipment with high efficiency, high uniformity, high loading coefficient, low energy consumption, low pollution, and low crushing.

5. This product has a wide range of applications and can be used for mixing and blending powders with powders, powders with liquids, especially for mixing paste like, viscous, or high specific gravity materials (such as putty, real stone paint, metal powder, etc.). Widely used in the fields of pharmaceuticals, food, pesticides, dyes, chemicals, plastics, ceramics, coatings, putty, mortar, etc.

Analyze the physical quantities of the quality of material mixing and obtain them through probability theory. The mixing uniformity is determined by the type of mixing equipment to determine the blind spots

The physical phenomenon in which materials cannot participate in mixing in a mixing container, and the percentage of dead corners is a physical quantity used to evaluate the quality of the mixing equipment manufacturing and the mixing time

The physical quantity used to evaluate the mixing speed refers to the time it takes for different materials to start mixing and reach the required uniformity. The mixing time is determined by the type and model of the mixing equipment

The powder material adopts a pneumatic large door structure, which has the advantages of fast unloading and no residue; For high fineness materials or semi fluid materials, manual butterfly valves or. Configurable heating or cooling jacket. There are two heating methods: electric heating and thermal oil heating. The cooling process can directly inject cooling water into the jacket, which has a large heat exchange area and fast cooling speed. The small-sized mixer adopts a direct connection method with a reducer, which has a simple structure, high operational reliability, and easy maintenance. The large-scale mixer is driven by a pulley driven cycloidal reducer, and the elastic connection of the belt transmission has the advantage of protecting the transmission components in case of overload.

Applied to the mixing of solid (i.e. powder to powder) and slurry (i.e. powder to slurry) in pesticides, veterinary drugs, food, chemicals, biology, aquaculture, ceramics, refractory materials, plastics, compound fertilizers, etc., it is particularly suitable for mixing viscous materials.

advantage

1. Protect motors and equipment to prevent overload. When the load is too large and causes blockage, the working fluid sprays out from the fusible plug to detach the working machine and load, preventing damage to the motor and equipment during start-up and overload. The speed difference caused by impact during operation will be alleviated through coupling.

2. Smoothly starting the load equipment effectively isolates the impact and torsional vibration on the equipment during the start-up and operation process.

Under normal circumstances, hydraulic couplings are not loaded together with frequency converters and cannot effectively regulate equipment speed.

Due to the fact that loading hydraulic couplings can easily generate multiple transmissions of kinetic energy, resulting in power consumption, it cannot improve the starting performance of the equipment.

During use, the device cannot be touched.

When overloaded, the splashing of working fluid also poses a danger to the personal safety of operators.