All Spiral Mesh Belt

The material used to make a mesh belt is generally referred to as wire mesh or mesh fabric.The specific type of wire mesh used for a mesh belt can vary depending on the application and the properties required for the belt.

For example,some mesh belts may require a fine mesh with small openings,while others may need a larger mesh with wider openings.Stainless steel is a common material used for wire mesh due to its strength,durability,and resistance to corrosion.

Carbon steel wire mesh is also commonly used for mesh belts,as it is strong and cost-effective.Other materials,such as aluminum,copper,or brass,may be used for specialized applications.

The choice of material for the mesh belt will depend on the specific requirements of the application,such as temperature range,chemical resistance,and load-bearing capacity.

Mesh belt material is a flexible material consisting of interlocking metal wires or synthetic fibres in a mesh-like structure. It is commonly used in industrial environments for a variety of applications including conveyor belts, filtration systems and heat treatment processes.

The materials used for mesh belts can vary depending on the intended use of the belt. Metal mesh belts are usually made from stainless steel or other corrosion resistant metals, while synthetic mesh belts can be made from materials such as polyester, nylon or polypropylene.

Metal mesh belts are often used in high temperature applications where strength and durability are important. They can withstand extreme temperatures, as well as heavy loads and abrasive materials. Metal mesh belts are also corrosion resistant and can be used in wet or corrosive environments.

On the other hand, synthetic mesh belts are often used in applications where cleanability and flexibility are important. They are lightweight and easy to clean, making them ideal for use in food processing and other industries with high hygiene requirements. Synthetic mesh belts are also flexible, allowing them to conform to the shape of the items being conveyed on the belt.

Mesh belt materials are often woven or braided together using a variety of techniques, including plain, twill and Dutch weaving. These techniques produce different patterns and densities of mesh that can be tailored to the specific needs of the application.

In addition to conveyor belts and filtration systems, mesh belt materials are also used in other applications such as oven belts, freezer belts and drying belts. In these applications, the mesh structure of the material allows for good air flow and heat transfer, making them ideal for use in heating and cooling processes. 

Check belt tension / Overdrive. Overdrive can change overtime as the belt stretches, ensuring the overdrive is checked routinely—the least costly means to ensure you operate at the lowest possible tensions resulting in the maximum belt life.

Rag the rails, rag the rails, rag the rails! Ragging the rails is an inexpensive and easy way to keep your rails clean and the tensions low.

Monitor take-up height (indication of tension). When the belt tension increases, excess belt will be deposited into the take-up loop—monitoring the take-up position is a quick and easy way to get a feel for how tight the belt is operating.

Physically check all bearings. All too often, accessing bearings can be a challenge. Many processors have turned to remotely using grease lines. However, remote grease lines can freeze as condensation develops preventing grease from getting to the bearings. Make time to physically inspect bearings is an easy method to tell if bearings are functioning correctly that can save you money in the long run.

Inspect and correct all belt support wear-strip connections. Just as the belt, the support wear strips can elongate over time, the connections then become stressed or cause catch points for the belt. Frequent inspections can ensure no development of an unexpected snag point for the belt, which could tear-off wear strips leading to metal-on-metal contact.

Inspect cage bar caps throughout, but more intensely at the top and bottom tier. Cage bar caps will wear over time, most commonly in the highest tension areas of the system. Inspecting the cage bar caps to ensure they are not worn through helps avoid metal-to-metal contact with the belt.

Visual inspections are critical to identifying system issues, but do not ignore what the system is telling you. Listen for unfamiliar or new sounds. Be aware of new smells which could signal electrical or lubricant issues. Vibration transfers through structure so using your hands may help discover a drive or belting issue. Learn the rhythm of your system and look for changes.