QH Type Airflow Mixer-Jiangsu Bohong

QH type Airflow Mixer-Jiangsu Bohong

Ⅰ QH type air mixer equipment introduction

QH air mixer is a patented technical product independently developed by Jiangsu Bohong Mixing Equipment Co., LTD. It is designed for the efficient mixing of powder and powder, powder and particle, particle and particle. By using the high kinetic energy generated by the rapid release of air flow under normal pressure, the equipment makes the material quickly turn over in the high-efficiency air flow environment to achieve uniform mixing of materials. This innovative mixing method gets rid of the limitation of the traditional mixer relying on the mixing paddle or blade, and greatly improves the mixing speed, efficiency and effect.

The QH air flow mixer produced by Jiangsu Bohong Mixing Equipment Company adopts spiral pulse air injection technology. Compressed air is shot from the bottom up into the material to be mixed in a spiral way, so that the material flows and boils in the mixing container to form a pneumatic mixing. The design not only avoids the mechanical damage caused by the mixing paddle to the material, but also eliminates the possible material blockage in the mixing process. This air-driven mixing process is particularly suitable for mixing materials that are sensitive to mechanical mixing, and can even mix corrosive materials efficiently to avoid the problem of accelerated aging of equipment internals due to corrosion.

In addition, with its energy-saving and efficient characteristics, the QH air flow mixer only needs a small amount of compressed air to complete the entire mixing cycle. Compared with traditional mixing equipment, the mixer can not only complete efficient mixing in a shorter time, but also has obvious advantages in terms of equipment durability, service cost and material handling quality.

Ⅱ QH type air mixer equipment principle

2.1. Feed cycle

In the feeding process, the discharge cone valve of the QH type air mixer is first closed, and the feed valve and exhaust valve are opened, and the materials to be mixed naturally enter the mixing container through the action of gravity. During this process, the air accompanying the material feed may carry dust, which will be effectively captured by the collection bag as it passes through the filter of the device and returned to the interior of the mixer by gravity. This design ensures that no environmental pollution is caused during the feeding process, while also preventing the escape of dust.

2.2. Mixing cycle

After the feed is complete, the feed valve is closed and the mixing process officially begins. The compressed air flows from the bottom of the mixer up through the mixing head, forming a spiral pulse. The air flow forms a strong kinetic energy inside the mixing container, rapidly lifting, moving, and flipping the materials in the container. This process enables the material to be mixed efficiently in a relatively short time, and the entire process does not require the intervention of mixing machinery. With this airflow pulse mixing technology, the compressed air not only effectively pushes the material mixing, but also exhausts the excess gas in the equipment through the exhaust valve, and the accompanying dust is captured again through the dust filter. Combined with the pneumatic pulse backblow function, the filtered dust is automatically removed and returned to the mixer, further improving the mixing efficiency.

2.3. Discharge cycle

After mixing is completed, the exhaust valve is closed, the discharge poppet valve is opened, and the mixed material is discharged smoothly through gravity or pneumatic pressure. The process is designed to ensure that the mixed material is quickly and efficiently removed from the equipment and residues are minimised.

Ⅲ QH type air mixer equipment characteristics

3.1. Mix in large batches

QH air flow mixer is particularly suitable for handling large quantities of materials, and can complete the mixing operation of a large number of materials in a relatively short time. This high-volume processing capability makes it ideal for chemical, pharmaceutical, food, building materials and other industries that need to handle large amounts of powder and granular materials.

3.2. Mix well

Thanks to the strong kinetic energy of the spiral pulse air flow, the QH air flow mixer can ensure sufficient contact between different materials, so as to achieve a highly uniform mixing effect. Even materials with large density differences can be evenly mixed by air flow technology, which greatly improves the quality consistency of the product.

3.3. Easy to clean

The inner wall of the equipment is smooth and without any mechanical moving parts, avoiding the residue accumulation problem in traditional agitators. Therefore, the cleaning process of the QH air mixer is extremely simple, especially suitable for handling those materials that require high cleanliness. In addition, the dust handling system in the equipment can effectively trap dust and keep the production environment clean.

3.4. Easy installation

QH air mixer has compact structure, small footprint and easy installation process. The device design is flexible and suitable for various production environments. Users can flexibly configure the location and layout of the device according to actual requirements.

3.5. No moving parts

A significant advantage of the QH air mixer is that it has no moving stirring parts. This not only reduces the maintenance cost of the equipment, but also greatly reduces the failure rate in the operation of the equipment. Because there are no mixing blades or other mechanical parts in direct contact with the material, the risk of damage to the material is also greatly reduced, especially suitable for handling those fragile or fragile materials.

3.6. Low energy consumption, multi-functional

Compared with traditional mechanical mixing machines, QH air flow mixers only require a very small amount of compressed air to complete the entire mixing process. Its low energy consumption features significantly reduce the operating costs of the equipment. At the same time, because the airflow technology can adapt to different types of materials, the equipment is also versatile, and can be widely used in different production scenarios in multiple industries.

3.7. Variable hybrid control

The mixing process of the QH air flow mixer can be precisely controlled by adjusting the time, frequency, pressure and flow rate of the air flow. This flexible control capability enables fine adjustment according to the characteristics and mixing requirements of different materials to obtain the best mixing results.

3.8. Random particle movement

Due to the flow mixing technology, the material is fluidized and boiled in the mixing container, and the particles in the material can move freely in a random manner. This random particle movement makes the mixing effect more uniform and is especially suitable for production processes that require high precision mixing.

As an efficient, energy-saving and easy to operate mixing equipment, the QH air mixer produced by Jiangsu Bohong Mixing Equipment Co., LTD has significantly improved the efficiency and quality of material mixing by virtue of its unique air pulse mixing technology. The equipment not only can handle large quantities of materials, but also has the characteristics of uniform mixing, easy cleaning, no moving parts and low energy consumption, which is suitable for a wide range of applications in multiple industries. Through variable mixing control and air flow technology, QH air flow mixer can provide users with stable, reliable and efficient mixing solutions, which occupies an important position in today's manufacturing field.