Balanced Spiral Weave Conveyor Belt is a cutting-edge product designed to optimize conveyor performance in various industries. This innovative belt offers exceptional strength, flexibility, and durability, making it an ideal solution for a wide range of material handling applications. In this article, we will delve into the detailed product specifications, explore potential use cases, address common issues that may arise during usage, and provide effective solutions.

Product Specifications:

1. Material: Made from high-quality stainless steel, the Balanced Spiral Weave Conveyor Belt exhibits excellent corrosion resistance and durability.

2. Belt Structure: It features a unique balanced spiral weave design, ensuring a uniform distribution of tension and reducing belt elongation.

3. Wire Diameter: Depending on specific requirements, a range of wire diameters is available to accommodate varying load capacities.

4. Belt Width and Length: Customizable to meet individual application needs, the belt is available in various widths and lengths.

5. Edge Finish: The belt can be customized with options like welded edges, clinched edges, or chain edges.

6. Temperature Range: The belt operates effectively within a temperature range of -50°C to 1,200°C, making it suitable for both hot and cold applications.

7. Drive Systems: Compatible with different drive systems like end drives, center drives, and sprocket-driven systems.

There are four types of the belt:

Balanced weave conveyor belt comes in four different versions. Designed specifically for high-temperature applications, from corrugated wire chains with left and right braids to rod-shaped reinforced tape structures. RISEN's belt offers the following four types of belt configurations:

1.Single Balanced Spiral Weave Conveyor BeltsThis type belt consists of alternating left and right hand coils with each coil interconnecting with the next by means of a crimped cross wire.

2.Double Balanced Spiral Weave Conveyor Belts

Double Balanced Spiral Weave Belts is similar to a standard balanced spiral, but uses coil pairs, each processing mesh with each other, and then connects the length of the opposite hand coils that mesh with each other in a repeated pattern through curled intersecting lines. This style allows for closer pitch coils across the width of small product handling.

3.Single Balanced Spiral Weave Conveyor Belts with cross rod and chain

The structure of this belt is similar to a "single balanced spiral" also called "standard balanced spiral woven belt, but it uses a straight cross rod and a single interconnect coil to repeat the length of the left/right hand downward in the mode.

4.Double Balanced Spiral Weave Conveyor Belts with straight cross wire

The structure of this belt is similar to a "double balanced spiral woven belt", but uses straight cross lines, and each processed double mesh coil is connected to each other through straight cross lines in the repeating mode of the left/right hand coils. This component allows for closer handling of small products across the width of the pitch coil.

There are four types of edge:

1.Welded Edge

This is the most common and economical edge sorting. The coil and crimping wire welded together are not cut off at the wire end.

2.Ladder Edge

Compared to welded edges, ladder shaped edges are less common and are typically used in applications where welding is not ideal. In applications without welding equipment, it is also a choice. The belt edges are also smooth and allow for more flexibility at the belt edges. It is also more effective in high-temperature applications, as the stepped edge is not affected by operational strain during use and is therefore less prone to fracture. Generally speaking, this edge processing is only applicable to grids with relatively long crimp wire spacing.

3.Hooked Edge

It is also uncommon for hook edges to be used in less than ideal welding applications. In applications without welding equipment, it is also a choice. The belt edges are also smooth and allow for more flexibility at the belt edges. Generally speaking, this edge processing is only applicable to grids with relatively long crimp wire spacing.

4.Belt Driven by Chain Edge

As the above three different edges are completed, these grids can be driven by side chains, using cross bars located through the grid coils, and then chains passing through the grid edges. As the above grid edges are completed, these grids can be driven by side chains, using cross bars located through the grid coils, and then chains passing through the grid edges.

Two Types of the Wire:

1.Balanced woven conveyor belt with round spiral wire      2.Balanced woven conveyor belt with flat spiral wire

Available Materials of the Belts:

NOTED:We can be able to manufacture the belts according to your material requirements.

The Specification of the Belts:     

                   Balanced Spiral Woven Conveyor Belt

A: Spiral Wire Pitch (mm)    B: Spiral Wire Diameter (mm)

C: Cross Rod Pitch (mm)     D: Cross Wire Diameter (mm)

        Balanced Spiral Link Woven Belt with Chain Edge

A: Spiral Wire Pitch (mm)   B: Spiral Wire Diameter (mm)

C: Cross Rod Pitch (mm)    D: Cross Wire Diameter (mm)

E: Roller Diameter (mm)    F: Cross Rod Diameter (mm) 

G: Cross Rod Pitch (mm)   H: Chain Pitch (mm)

I: Plate Thickness (mm)

NOTED:Can be customized according to the specific requirements of customers,including Flat Wire and Round Wire

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Balanced Sipral Metal Conveyor Belts are mainly used in a variety of product processing, transportation and product packaging

Balanced woven wire mesh conveyor belts are the most versatile metal conveyor belts, with true travel, good flexibility, excellent strength-to-weight ratio, flat surfaces and minimal maintenance.These belts are usually friction-driven and are commonly used to transport a variety of products, especially those that are smaller or require a lot of support.Food processing helix connected conveyor belts are commonly used for product transfer and baking applications.Balanced spiral braided belts can also be used in industrial product processing, transfer and packaging applications.

● Annealing Oven Conveyor Belts

● Cooker Conveyor Belts

● Fryer Conveyor Belts

● Drying Conveyor Belts

● Cooling Conveyor Belts

● Washing Conveyor Belts

● Take over Conveyor Belts

● Baking ovens

● Biscuit ovens

● Glass ovens

● Decoration ovens

● Hardening ovens

You may have other special uses, and we are fully capable of creating a unique solution for you.