Compound Balanced Mesh Belt

There are many materials for wire mesh belts. Different material has these own characteristics:
Carbon steel is an iron-carbon alloy with a carbon content of 0.0218% to 2.11%. Also called carbon steel. Generally, it also contains a small amount of silicon, manganese, sulfur, and phosphorus. Generally, the higher the carbon content of carbon steel, the greater the hardness and the higher the strength, but the lower the plasticity.
SUS304 features best corrosion and rust resistance performance with relatively more expensive costs.
Inconel600 alloy is a nickel-chromium-iron-based solid solution strengthened alloy. It has good high temperature corrosion resistance and oxidation resistance, excellent cold and hot processing and welding properties, and has satisfactory thermal strength and high plasticity below 700°C.
Cr25Ni35Si2 materials feature high temperature and carbon resistance.
More chemical analysis and material options, just browse the following chart: 

Balanced woven mesh belts are widely used in photovoltaic crystal furnaces.In order to reduce the contact surface between the silicon wafer and the balanced woven mesh belt, bridges are welded on the mesh belt. The bridges are generally triangular. The solar silicon wafers are placed on the triangular bridges, which can reduce the indentation of the solar silicon wafers and the specifics of the bridges. The shape can be designed according to the size of the solar silicon wafer.

The conveyor for solar sintering has strict requirements. If the material is selected incorrectly and the mesh belt structure is unreasonable, it will damage the silicon wafers and cause adhesion and indentation. Therefore, the silicon wafer sintered mesh belt is made of high nickel-chromium alloy Cr20Ni80.The Ni content of this material is as high as 80%, the material is not easy to oxidize, resistant to high temperature and corrosion, and the edges are welded by argon arc welding. The deformation of the mesh belt is extremely small during use.

The width of the balanced woven mesh belt used for solar crystal sintering is generally 180-2000mm. In order to make the mesh belt run smoothly and prevent the mesh belt from deflection, the sintering furnace is equipped with an anti-deflection device. Sometimes the bridges of the mesh belt can be treated with nano-coating to greatly increase the service life.

Stainless steel mesh belt is a friction-driven machine that transports materials in a continuous manner. Using it, a material transportation process can be formed from the initial feeding point to the final unloading point on a certain conveyor line. It can carry out the transportation of broken materials and the transportation of finished items. In addition to carrying out pure material transportation, it can also be matched with the requirements of the technological process in the production process of various industrial enterprises to form a rhythmic assembly line. Therefore, metal mesh belts are widely used in various modern industrial enterprises. It is an indispensable important accessory in various industries' automatic devices and modern automatic assembly lines.

The stainless steel mesh belt is used in the ultra-high temperature exceeding 400℃. When the stainless steel mesh belt is in normal operation, the temperature rises due to the heat of the conveying material, and the strength of the conveying belt gradually decreases as the temperature rises. The use limit of the stainless steel mesh belt will depend on the temperature generated by the friction between the material and the mesh belt and the temperature of the material. If the temperature exceeds 400℃, please consult the stainless steel mesh belt manufacturer to see whether it will affect the service life of the stainless steel mesh belt. Generally, the stainless steel mesh belt is resistant to high temperature, so it will not affect its service life at 400℃. Yes, but due to different manufacturing processes, the service life of stainless steel mesh belts manufactured by various manufacturers is different. When the stainless steel mesh belt is exposed to corrosive materials, it will cause adverse consequences. First, the mesh belt parts will become thinner and thinner, resulting in accelerated wear. The rust on the ordinary mesh belt parts will also affect the flexible rotation of the stainless steel mesh belt hinges and rollers. When the stainless steel mesh belt continues to work in an acidic or alkaline environment, the parts will appear stress corrosion and crystal force corrosion. 

In the biscuit baking process, there are three main types of oven baking belts used for conveying dough pieces through the oven. Each type of belt has specific baking characteristics in terms of heat transfer and physical properties and therefore has a specific range of applications. They are rolled baking band conveyor belt, compound balanced weave conveyor belt, oven carbon steel conveyor belt.

Rolled baking band conveyor belts
Rolled baking band conveyor belts, also known as "z belts," are created using a specialized process that involves forcing a duplex unilateral spiral woven mesh through a rolling process. This process results in a flat and smooth surface, reduced belt thickness, and improved heat efficiency, all of which are important for efficient baking operations.
The friction-driven design of the rolled baking band conveyor belt using a large diameter drum provides additional benefits such as lightweight, low heat inertia, high strength, and good air circulation through the belt, which are essential in the baking industry to ensure even cooking and prevent food products from becoming stuck or burned.
Rolled baking band conveyor belts are incredibly versatile and widely used in the biscuit baking industry. They are particularly suitable for crackers, hard biscuits, and rotary-moulded products, as well as other types of biscuits, except for soft cookies with high fat content, where the dough may flow into the mesh holes. These conveyor belts feature wire mesh bands that allow convective air to pass through, heating the base of the dough pieces and ensuring even baking.
It's important to note that soft cookies with high fat content may not be suitable for rolled baking band conveyor belts, as this may result in an inferior final product. In such cases, alternative conveyor belts or baking trays may be more appropriate.

Compound balanced weave conveyor belt
Compound balanced weave conveyor belts, also known as cord weave conveyor belts, are constructed by interweaving series of left and right spirals to create a highly compact conveying surface. This distinctive weave pattern provides greater tightness compared to balanced or universal weave belts, making them an ideal choice for conveying small products and supporting top-heavy loads. In addition, the closely-woven structure of compound balanced weave conveyor belts makes them particularly suitable for baking and other applications that require a uniform, flat surface.
Compound balanced weave conveyor belts, featuring a distinctive "herringbone" weave pattern, offer a continuous and flat conveying surface that is tightly woven. These belts are relatively heavy and have a high heat mass, which allows them to conduct heat directly into the base of dough pieces. They are particularly popular in north america for baking soda crackers, but their versatility also makes them suitable for a wide range of biscuit types, with the exception of high-fat cookies. The pre-heated design of these conveyor belts further enhances their ability to efficiently transfer heat, resulting in a consistently baked product.

Oven carbon steel conveyor belt
Oven carbon steel conveyor belt refers to the conveyor belt on the production line of tunnel oven, which is one of the most core parts of tunnel oven. It is widely used in the production process of bakery products such as cookies, biscuits, cakes and desserts and so on.The steel belt has been used as the conveyor belt of the oven for more than half a century.
These conveyor belts are made from carbon steel, which is a durable and heat-resistant material that can withstand extreme temperatures. The steel is typically coated with a protective layer, such as a non-stick coating or a heat-resistant alloy, to prevent it from corroding or sticking to food products.
The oven carbon steel conveyor belt can be customized to meet specific application requirements, such as size, thickness, and shape. It can also be designed with various types of conveyor belt mechanisms, such as rollers, hinges, or cleats, to facilitate the movement of products through the oven or furnace.