What are the different methods of conveyor jointing

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Conveyor systems play a vital role in industries worldwide, enabling the efficient transportation of materials and goods. Proper conveyor jointing is crucial to ensure seamless operation and prevent downtime. Various methods of conveyor jointing exist, each designed to meet specific requirements and operational demands. In this comprehensive analysis, we will explore different conveyor jointing techniques, their benefits, and how they contribute to the smooth and reliable functioning of conveyor systems.

  1. Mechanical Conveyor Jointing:

Belt Fasteners: Belt fasteners are widely used for conveyor jointing made of various materials, such as rubber, PVC, and metal. These fasteners come in different designs, including hinged, solid plate, and rivet plate. They are easy to install, cost-effective, and offer flexibility, allowing for belt maintenance and replacement when necessary. Belt fasteners ensure a strong connection between belt ends, reducing the risk of material spillage and minimizing downtime caused by belt failures.

Vulcanization: Vulcanization is a method of joining conveyor belts using heat and pressure to bond the belt ends together. This process creates a strong and durable joint, capable of withstanding heavy loads, high temperatures, and harsh environments. Vulcanization is ideal for belts that will undergo continuous operation, as it provides a seamless, smooth surface that minimizes wear and tear, increasing the conveyor system’s overall efficiency and lifespan.

  1. Adhesive Conveyor Jointing:

Cold Bonding Adhesives: Cold bonding adhesives are used to join conveyor belts using a chemical bonding process. These adhesives are designed to cure at room temperature, making the jointing process quicker and more straightforward. They are particularly useful for on-site repairs and emergency fixes. However, the strength of the joint may not be as robust as with other methods, and it may not be suitable for heavy-duty applications.

Hot Bonding Adhesives: Hot bonding adhesives require heat to cure and create a strong bond between conveyor belt ends. This method ensures excellent adhesion, enhancing the joint’s durability and resistance to wear and tear. Hot bonding adhesives are commonly used in industries with high conveyor loads and challenging operating conditions.

  1. Mechanical Belt Fastening Systems:

Wire Hooks: Wire hooks are used to join metal conveyor belts. They provide a secure connection and are suitable for applications where frequent belt replacement is required. The hooks can be easily inserted and removed, simplifying maintenance and reducing downtime.

Alligator Lacing: Alligator lacing consists of individual plates and a hinge pin, creating a strong, flexible joint for rubber and PVC belts. This method is especially effective in applications involving moderate loads and frequent cleaning, as it allows easy access to the belt’s underside.

  1. Plastic Conveyor Jointing:

Thermoplastic Welding: Thermoplastic conveyor belts can be joined through welding, using various techniques like hot air welding, high-frequency welding, or ultrasonic welding. Thermoplastic welding creates a seamless and durable joint that is resistant to chemicals and provides excellent performance in food and pharmaceutical industries where hygiene is crucial.

Plastic Modular Belts: Plastic modular belts are assembled with interlocking plastic modules and rods, forming a continuous and customizable conveyor surface. This type of jointing is easy to install and maintain, and it allows for quick repairs by replacing individual modules if necessary.

  1. Metal Conveyor Jointing:

Bolted Joints: Metal conveyor belts are often joined using bolted joints, which involve fastening the belt ends together with metal plates and bolts. Bolted joints provide a strong connection suitable for heavy-duty applications in industries such as mining, automotive, and steel manufacturing.


In conclusion, conveyor jointing is a critical aspect of maintaining conveyor systems’ efficiency and reliability. Each jointing method offers unique benefits, catering to specific industry needs and operational requirements. Whether it’s mechanical jointing, adhesive bonding, plastic, or metal jointing, the selection should be based on factors such as load capacity, operating conditions, maintenance ease, and overall cost-effectiveness. By choosing the appropriate jointing technique and ensuring regular maintenance, industries can enhance conveyor system performance, reduce downtime, and optimize material handling processes for increased productivity and profitability.


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