D. S. Industrial Solution

A Conveyor System is a type of conveyor system that uses a continuous loop of material (overhead chain) to transport goods, materials, or products from one point to another. It is widely used in industries for coating and can transport a variety of items, from raw materials to finished products. Overhead  conveyors are efficient, cost-effective, and can be customized to suit specific needs in a variety of industrial and commercial applications.

Key Components of a Belt Conveyor System:

1. Belt:

   • The primary component that carries the load. It can be made from materials likeMS ,STEEL Chain depending on the application.
   • It can vary in width, strength, and durability based on the type of load it is expected to carry.

2. Pulley:

   • Drive Pulley: The powered pulley that moves the belt.
   • Idler Pulley: A pulley that is used to support and guide the belt along its path.
   • Pulley systems are critical for maintaining tension in the belt and for steering the conveyor.

3. Motor and Gearbox:

   • Motors provide the power to drive the belt, typically using a geared motor.
   • The gearbox adjusts the speed and torque of the motor to ensure the belt operates at the desired speed.

4. Rollers (Idlers):

   • Rollers support the belt and help in reducing friction during the transport of goods.
   • They are typically mounted on a frame and spaced evenly along the length of the conveyor.

5. Frame:

   • The frame supports all of the components of the conveyor system.
   • It is made of durable materials like steel or aluminum to ensure structural integrity.

6. Tensioning Device:

   • Used to maintain the proper tension in the belt to ensure smooth operation.
   • This device adjusts the distance between the pulleys or the position of the pulleys to keep the belt taut.

7. Conveyor Belting:

   • The belt itself can be made from different materials, including rubber, fabric, metal, or plastic.

Coating line for powder coating and liquid coating

DS coating line is designed to operate highly efficiently and reliably for many years and customized for each project. The whole set coating line should meet the requirements of high degree of automation and low energy consumption and minimize the operating cost. Meanwhile DS coating line take care of everything from design and manufacturing t installation and commissioning.

DS coating line are supplied as a complete delivery including all necessary process zones:

• Pretreatment

• Paint application

• Dryer

• Curing

• Cooling

• Conveyor

• Control system

Additional Information:

• Item Code: DSIS-CPCP
• Production Capacity: 5 ton
• Delivery Time: 04-06 WEEK
• Packaging Details: Standard

The primary force for material transport in NAYRIT  powder coating systems is an electric field established between the charged powder cloud and the part. NAYRIT powder coating guns use a high-voltage generator or power supply to disassociate air and produce a stream of negative or positive ions, which in turn imparts a like charge to the powder cloud. The potentials of the charged cloud and gun electrode combine to generate an electric field with the opposite pole (the part). Charged powder particles at the gun seek the lower potential of the opposite pol

Coating line for powder coating and liquid coating

DS coating line is designed to operate highly efficiently and reliably for many years and customized for each project. The whole set coating line should meet the requirements of high degree of automation and low energy consumption and minimize the operating cost. Meanwhile DS coating line take care of everything from design and manufacturing t installation and commissioning.

DS coating line are supplied as a complete delivery including all necessary process zones:

• Pretreatment

• Paint application

• Dryer

• Curing

• Cooling

• Conveyor

• Control system

detail its key components, such as the electrostatic coating gun, powder recovery booth, and curing oven, along with system parameters like power source (electric, gas), automation level, machine capacity (kg or SQMT), and heat source. Specific parameters depend on the plant's purpose, with general specifications including booth construction materials (e.g., Mild Steel), air-flow type, and overall automation grade.  

An Aluminium Powder Coating Plant is a specialized facility designed to apply a durable and decorative dry powder finish to aluminum products through an electrostatic process. The plant uses a multi-step system that includes cleaning the aluminum, spraying electrostatically charged powder onto the surface, and then using a curing oven to melt the powder, which fuses it into a smooth, hard, and long-lasting coating.