METAL & WIRE MESH CONVEYOR BELTS​​

Food Processing

Wire mesh conveyor belts are indispensable in food processing, offering high-temperature resistance and easy-to-clean surfaces. Some key applications include:

– Washing: Used in automated systems for cleaning and rinsing fruits, vegetables, and other food products with water or chemical solutions. The open structure of the wire mesh ensures effective water drainage.

– Baking: These belts can withstand high temperatures and are used in ovens to bake bread, pastries, cookies, and pizza. The even heat distribution and airflow through the mesh help achieve consistent baking.

– Cooling: After baking or cooking, wire mesh belts allow for rapid cooling of food items, maintaining hygiene standards while ensuring efficient air circulation around the product.

– Freezing: In applications like flash freezing or conveyorized freezers, wire mesh belts handle extremely low temperatures while allowing efficient cold airflow to preserve food quality.

– De-watering: Commonly used after washing processes to remove excess moisture from food products like vegetables and fruit.

– Pasteurizing: Wire mesh belts are used in conveyorized pasteurization systems, where food products are exposed to controlled heat and humidity to destroy harmful pathogens while maintaining quality.

– De-palletizing: These belts are used to convey goods such as cans and bottles, facilitating the automated removal of products from pallets in beverage and food packaging plants.

Glass & Ceramics

In the glass and ceramics industries, wire mesh belts are widely used for their ability to handle both high temperatures and delicate materials:

– Enameling: During the enameling process, wire mesh belts carry parts through furnaces, applying even heat to fuse the enamel to the substrate.

– Firing: Wire mesh conveyors are crucial in kilns for firing ceramics and glass objects, ensuring stable transport while withstanding the extreme heat necessary for material transformation.

– Annealing: Wire mesh belts transport glass or ceramic products through annealing ovens, where controlled cooling is applied to relieve internal stresses and prevent cracking.

– Decorating: Used to move glassware or ceramics through ovens where decorative patterns are fixed or pigments are fused onto the product surfaces.

Electronics

Wire mesh conveyor belts are essential in electronics manufacturing processes due to their precise handling and heat-resistance properties:

– Glass-to-Metal Sealing: These belts are used to convey components through furnaces where glass and metal parts are sealed together, requiring precise temperature control and consistent movement.

– Thick-Film Firing: In the production of thick-film circuits, wire mesh belts transport substrates through furnaces to fire thick-film materials, ensuring accurate thermal treatment and uniform conductivity.

– Drying Printed Circuit Boards (PCBs): After applying conductive layers or soldering, PCBs are transported on wire mesh belts through drying ovens. The open mesh structure promotes efficient airflow, ensuring even drying without damaging the delicate boards.

Metalworking

In the metalworking industry, wire mesh conveyor belts play a crucial role in processes that involve extreme heat and material handling:

– Heat Treating: These belts are used in heat treatment processes, transporting metal parts through furnaces where they are exposed to specific temperatures to enhance their mechanical properties, such as strength and hardness.

– Quenching: Wire mesh conveyor belts are also ideal for carrying metal parts from a furnace to quenching baths, allowing rapid cooling in water, oil, or other media to achieve desired material properties.

– Annealing: In the annealing process, wire mesh belts carry metal parts through controlled heating and cooling stages, softening them and improving workability by relieving internal stresses.

– Calcining: During calcining, metal ores or other materials are heated to high temperatures on wire mesh conveyor belts to induce phase changes or remove volatile substances, a key step in the production of metals and alloys.

Wire mesh conveyor belts provide significant advantages in each of these industries due to their strength, durability, heat resistance, and ability to handle materials with care.