Products

1. Simple structure: The design of the backpack powder room is relatively simple, mainly consisting of a filter similar to a backpack, which can realize powder spraying of different colors.

2. Color change: The color switching is completed by replacing different filter elements.

3. Low cost: The cost of the backpack powder room is low and suitable for applications with limited budgets.

4. Strong adaptability: The backpack powder room is usually suitable for color change of multiple colors, which is very suitable for production environments with few color types.

5. Easy to clean: Due to the simple structure, the backpack powder room is easier to clean after color change, which helps to reduce downtime.

6. Powder recovery efficiency: The backpack powder room is usually equipped with a powder recovery system, which can effectively recover unused powder and reduce waste.

The multi-barrel small cyclone barrel is an industrial dust removal equipment, which is composed of multiple cyclone barrels and is used to separate solid particles from gas. The following is a basic introduction to the multi-barrel small cyclone barrel:

Structure and principle:

- The multi-barrel small cyclone barrel is usually composed of multiple independent cyclone separators, which are installed in parallel on a common inlet pipe.

- When the dust-laden gas enters the cyclone barrel, due to the design of the inlet pipe, the gas will produce a rotational motion in the barrel.

- The rotational motion of the gas will form a centrifugal force in the barrel, pushing the heavier particles to the barrel wall.

- Once the particles reach the barrel wall, due to the action of gravity, they will slide along the wall into the dust hopper, thereby achieving solid-gas separation.

- The clean gas is discharged from the outlet pipe in the center of the barrel.

As an industrial equipment, the large cyclone barrel is mainly used as an efficient device for dust collection and particle separation. Its design principle is based on centrifugal separation technology. Through the rotating airflow, the particulate matter is separated from the airflow due to the centrifugal force, thereby achieving the purpose of purifying the gas.

In terms of specific structure, the large cyclone barrel usually includes an inlet, an outlet and a barrel body. When the dust-laden gas enters the barrel body, the gas forms a rotating motion in the barrel because the barrel body is designed to be a certain cone. The larger particles move toward the barrel wall under the action of centrifugal force and fall to the bottom along the barrel wall, while the purified gas is discharged from the top outlet.

1. Efficient powder recovery system: Using large cyclone technology, it can efficiently separate and recover powder. The single separation rate can reach more than 95%, which greatly improves the utilization rate of powder.
2. Convenient cleaning and maintenance: Large cyclone powder rooms usually adopt an easy-to-clean design, such as being made of pp material, which does not absorb static electricity, making the cleaning work more convenient and faster. In addition, the lower conical tube of the cyclone is connected with a hinged quick buckle for easy movement and cleaning.

1. Efficient heat energy conversion: Electric curing furnaces usually have high thermal efficiency and can effectively convert electrical energy into heat energy, reducing energy waste.
2. Accurate temperature control: This type of curing furnace can accurately control the temperature to ensure that the powder coating is cured at the optimal curing temperature, thereby ensuring the quality of the coating.

1. Simple structure: The design of the powder spraying cabinet is usually simple, easy to install and maintain.
2. Cost-effective: Compared with complex powder spraying systems, powder spraying cabinets are more economical in cost and suitable for production needs with limited budgets.
3. Convenient operation: The operation of the powder spraying cabinet is usually intuitive, which is convenient for operators to get started quickly.

1. Efficient recovery: The secondary recovery cabinet can collect the powder generated during the spraying process for the second time, which improves the recovery rate and utilization rate of the powder and reduces the loss of raw materials.
2. Fine filtration: The use of high-precision filter elements, such as high-density polyester long fiber filter elements and precision coated filter elements, can effectively filter tiny dust, ensure the cleanness of the discharged gas, and meet environmental protection requirements.
3. Automatic dust cleaning: Equipped with automatic backwash or pulse dust cleaning system, it can regularly remove dust from the filter element to ensure the continuous and stable operation of the system and reduce manual maintenance.

1. Continuity of powder supply: The powder supply center can continuously, evenly and quantitatively supply powder to the spray gun to ensure the stability of the spraying process.
2. Fast color change function: The powder supply center supports fast color change and can change colors in a short time, which is especially important for the production of multiple varieties and small batches.
3. Automatic cleaning: Modern powder supply centers usually have automatic cleaning functions, which can automatically clean the powder suction pipe, powder pump, powder pipe and spray gun, reduce manual operation and improve production efficiency.

1. Environmental performance: The water curtain cabinet can effectively capture and filter the paint mist and harmful substances generated during the painting process, reducing pollution to the environment.
2. Purification effect: Through the action of the water curtain, the paint mist is captured by water and separated from the air, thereby purifying the air during the painting operation.
3. Easy operation: The operation process of the water curtain cabinet is simple, easy to use, and easy for staff to quickly master.
4. Safe and stable: The equipment operates stably and has a high safety factor, which helps to ensure the safety of paint workers.
5. Compact structure: The structure design of the water curtain cabinet is compact and easy to install in a limited working space.
6. Easy maintenance: The design of the water curtain cabinet takes into account the convenience of maintenance, which is convenient for cleaning and replacement of filter elements.
7. Energy saving and environmental protection: Through the water circulation system, water resources can be reused and operating costs can be reduced.
8. Wide application: It is suitable for painting operations in many industries such as home appliances, bicycles, handicrafts, hardware and plastics.
9. Improve product quality: Through the treatment of the water curtain cabinet, the surface finish of the painted workpiece can be enhanced and the product quality can be improved.

1. High heating efficiency: Gas curing furnace generates heat by burning natural gas or liquefied gas, directly heating hot air, and hot air circulates in the furnace, which can quickly transfer heat to the workpiece, and has high heating efficiency.
2. Accurate temperature control: Gas curing furnaces are usually equipped with temperature control systems, which can accurately control the temperature in the furnace to ensure that the powder coating is cured at the optimal temperature, thereby ensuring the quality of the coating.
3. Uniform temperature in the furnace: Hot air circulation can make the temperature in the furnace evenly distributed, reducing the coating quality problems caused by temperature differences in the workpiece.
4. Strong adaptability: Since the hot air circulation heating method has good adaptability to the shape and size of the workpiece, it is suitable for the curing of various complex shapes of workpieces.
5. Energy saving and environmental protection: Compared with the traditional hot air circulation curing process, the gas curing furnace has advantages in fast heating speed and high heat energy conversion rate, which helps to save energy and reduce consumption.
6. Floor space: Since the gas hot air circulation curing furnace needs to install combustion equipment and heat exchange system, the floor space is usually determined by customer production requirements.
7. Maintenance requirements: Due to the use of gas, the burner and related safety equipment need to be maintained and inspected regularly to ensure the safe operation of the equipment.