Balance mesh belt is the most practical mesh style mesh belt we provide, which is widely used in many fields. Conveyor belt application: Balanced mesh belt is an economical and practical universal belt suitable for medium-load applications of 40-1500 degrees Fahrenheit. It is the most commonly used wire mesh conveyor belt in the world and includes many food processing applications (from drainage to cooling) as well as processing from ceramics, glass and metals.
Balance mesh belt is the most practical mesh style mesh belt we provide, which is widely used in many fields.
Conveyor belt application: Balanced mesh belt is an economical and practical universal belt suitable for medium-load applications of 40-1500 degrees Fahrenheit. It is the most commonly used wire mesh conveyor belt in the world and includes many food processing applications (from drainage to cooling) as well as processing from ceramics, glass and metals. Under moderate temperature and load conditions, these belts are very economical and well suited to any company's budget. For work that requires small pulleys, this is the style for you. Audubon's Balance weave is an excellent choice for transferring conveyor belts. Balanced woven belts are more widely used in more applications than any other woven wire mesh conveyor belt. The glass is annealed on top, the potatoes are drained on top, the product is cooled on top, the vegetables are washed on top, and the pretzels are marinated on top. The use of balanced woven conveyor belts in conveyor applications is unlimited. It is also commonly used as a screen, protective cover or grid panel in other applications.
Balanced woven mesh provides multiple options. The grid can be very open or very compact. The tighter the grid, the number of spirals in the grid width can be customized according to the drawing. Although the minimum pulley diameter must be considered when selecting the mesh.
Balanced woven wire mesh conveyor belt is easy to install and easy to maintain. End users can easily replace damaged parts of the belt, thereby reducing downtime.The structure of balanced weave is alternating left and right hand spirals, which are not interconnected with each other. They are connected by a curled rod that holds each spiral in place. The diameter of the rod connecting the spiral may be larger than the diameter of the spiral, thereby increasing the durability of the structure. The helical seat is fixed on the crimped connecting rod so that the belt can travel straight. The belt will not crawl to both sides.
All belts are marked with installation instructions. An adapter rod is provided when ordering.
The following metals are available: high carbon steel, galvanized, 3% chromium/chromium, manganese, 304 stainless steel, 316 stainless steel, 314 stainless steel, 316L, 330 stainless steel, 430 stainless steel, 35-19cb, 80-20 cb, Nichrome V, Inconel 600 , Inconel 601, Inconel 625
Introduction of stainless steel compound weave conveyor beltThe mesh of compound balance weave conveyor belts are very closed, so these belts are used in those application which include carring of very small parts, such as nuts bolts, screws, nails etc.Compound weave conveyor belt supplies extremely close and flat mesh. This is made of stainless steel and high carbon steel. They all have excellent high temperature resistance performance and high tensile strength. All these metals ensure the Compound weave conveyor belt to be a strong, durable and high lifespan product. It is also known as Cord Weave Belt. The structure of Compound weave conveyor belt is similar to the balanced weave conveyor belt, which has multiple spirals and cross rods per pitch. The compound weave conveyor belt has closer mesh than the balanced conveyor belt. The closer mesh makes compound weave conveyor belt a high density and high strength surface
Features of stainless steel compound weave conveyor belt:
Convenient to use
Highly flexible
Good transparency
Can sustain high and low temperature conditions
Resistant to corrosion
Steady performance
Easy installation
Low maintenance
No deformation