High, Low, & Everything In Between: Conveyor Belt ...

When considering materials for conveyor belts, you will find a plethora of choices available, making the selection process quite challenging. Read further to learn how our expertise with specific alloys and materials can guide you to the perfect conveyor belt material tailored to your application.

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Advantages of Wire Mesh in Conveyor Belts

Wire mesh belts, due to their distinct design and material properties, present several benefits across different sectors, from high-temperature industrial settings to food packaging and processing. These advantages include:

• Enhances Airflow and Drainage. The perforated surface of wire mesh belts promotes better air circulation and fluid drainage, a feature that solid plastic and rubber belts lack.
• Robustness and Load Handling. Crafted for heavy-duty applications, wire mesh conveyor belts are designed to handle significant loads.
• Customizability. Many wire mesh belts can be tailored to fulfill specific industry or business requirements.
• Extreme Temperature Compatibility. Designed to endure severe temperature variations, wire mesh belts are suitable for a wide range of uses and environments.
• Easy Maintenance. Engineered for effortless cleaning, wire mesh belts can help reduce downtime and increase productivity, often outlasting other types of belts with proper care.

These belts can be manufactured from varying materials, including carbon steels and chromium-nickel stainless steels. Let's explore the alloys and materials we utilize in designing our wire mesh belts.

Choosing Conveyor Belt Materials

As indicated earlier, wire mesh belts offer various advantages, but selecting the right material for your specific environment is crucial. Familiarizing yourself with the properties of different conveyor belt materials will help you determine which one can meet the demands of your industry.

It is essential to consult experienced professionals when determining the best materials and alloys for your conveyor belts to prevent issues down the line.

For any inquiries or concerns, connect with one of our material specialists to ensure you choose a belt that fulfills your specific requirements.

We have categorized the most commonly used conveyor belt materials based on temperature ranges from low to high.

Low Temperature Applications

Here are some selected alloys and materials suitable for processes below 600 degrees.

Carbon Steel

Carbon steel alloys exhibit varying levels of carbon, offering good strength and resistance to abrasion at temperatures as high as 600 degrees. While capable of withstanding higher temperatures in specific applications, exceeding 600 degrees is generally not advisable, as strength diminishes significantly beyond this point.

This alloy is prevalent in food processing, heat treatment, and general conveyor applications. However, it should not be used in environments where rust could be a concern due to its tendency to oxidize.

430 Stainless Steel

430 stainless steel is another option for low-temperature conveyor belts. Its chromium composition endows it with stainless properties, and being a magnetic alloy, it can be utilized with magnetic drives for improved belt tracking.

Popular in the food industry, the ferritic stainless steel category to which 430 belongs typically does not factor in increased temperatures. It presents a cost-effective solution with decent rust and corrosion resistance.

Galvanized Steel

Available either electro-plated or hot-dipped in zinc, galvanized steel wire, when unspecified, we recommend electro-plated for its superior quality and durability.

Medium Temperature Applications

Medium-temperature conveyor belts, functioning between 600 degrees and higher, typically comprise various types of stainless steel.

304 Stainless Steel

This austenitic steel variety is widely used in the food sector and can perform in high-temperature conditions up to 1000 degrees. It boasts excellent oxidation resistance with a chemical makeup of roughly 18% chromium and 8% nickel.

We take pride in being the leading alkali resistance mesh belt supplier globally. Our team is highly skilled and eager to assist you in finding exactly what you need.

316 and 316Ti Stainless Steel

Containing molybdenum, 316 stainless steel offers enhanced corrosion resistance to soaps, detergents, and salt, making it suitable for temperatures up to 1000 degrees. It is frequently selected for aluminum brazing processes found in condensers and cooling radiators.

At Wire-Mesh Products, 316 titanium, a variation with superior protective qualities against corrosion and heightened strength, is also available.

High Temperature Applications

For high-temperature environments, the choice of conveyor belt materials and alloys will vary more significantly than for those suitable for lower temperatures. These belts endure heat levels reaching or exceeding 1200 degrees.

314 Stainless Steel

314 stainless steel performs exceptionally well in temperatures between 1200 degrees to 1500 degrees. This material offers an economical solution for heat applications, providing outstanding heat and oxidation resistance, making it favored in the powder metal sector.

CB (NB)

Esteemed for its performance in fluctuating temperatures, CB (NB) can operate efficiently within 1200 to 1500 degrees. It effectively handles carbide precipitation and carburization, making it ideal for the heat treatment industry.

Inconel 600 and 601

For extremely high-temperature settings above 1500 degrees, consider Inconel 600 and 601. Both materials excel in their respective conditions: Inco 601 thrives in high-temperature oxidizing atmospheres, while Inco 600 is perfect for high-temperature carburizing scenarios.

Inconel 601 GC

This grain-controlled variant, Inconel 601 GC, is designed for extreme temperatures approaching 2000 degrees and works exceptionally well in industries where cleanliness is paramount, like semiconductor processing.

If you require guidance with Inconel 600 and 601, please reach out to us for further information regarding these materials.

80-20 CB / NIVCB

The final high-temperature conveyor belt material is 80-20 CB / NIVCB, commonly utilized in electronic and high-tech industries. Known for its cleanliness with minimal iron content, it’s an excellent choice for sensitive applications.

At Wire-Mesh, we offer the option to develop a 'zebra belt' comprising various alloys, testing to discover the most effective solution for your needs. Based on our findings, we can blend alloys to satisfy your specific requirements.

Are you in search of the perfect conveyor belt material for your operations? Consult our specialists today to explore the options available to you.

This product is crafted through the impregnation and baking of fluoroplastic materials like para-aramid cloth in fluororesin, fashioned into belt form thereafter.

About optional processing

About joining methods

*This will redirect you to the Chukoh Belt Co., Ltd. website.

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