PFM SCREEN | Metal wire mesh conveyor belts, balanced spiral woven conveyor belt production process

Balanced spiral woven conveyor belts are a type of metal mesh conveyor belt characterized by its unique construction. It consists of alternating left and right-handed spiral coils interconnected by crimped cross wires. This design provides exceptional tracking properties, preventing the belt from deviating to one side.
Production Process
The production of balanced spiral woven conveyor belts involves several key steps:
Wire Preparation:
Selection of appropriate metal wire based on the desired properties (stainless steel, carbon steel, etc.)
Wire cleaning and surface treatment to ensure optimal bonding and performance.
Spiral Formation:
High-precision machinery forms the wire into left and right-handed spirals with consistent dimensions and pitch.
Interconnection:
Crimped cross wires are inserted to connect the alternating spirals, creating the balanced weave pattern. This step is crucial for maintaining belt stability and preventing lateral movement.
Belt Formation:
The interconnected spirals are woven together to form the desired width and length of the conveyor belt.
Edge Finishing:
Belt edges are reinforced and finished to prevent fraying and damage. This can involve welding, crimping, or other methods.
Quality Control:
Rigorous inspection is conducted to ensure dimensional accuracy, weave consistency, and overall belt quality.
Applications:
Balanced spiral woven conveyor belts find wide applications in various industries due to their strength, durability, and open mesh structure. Some common applications include:
Food processing
Automotive industry
Metal processing
Chemical processing
Pharmaceutical industry
Material handling
Advantages of Balanced Spiral Woven Conveyor Belts:
Excellent tracking properties
High strength and durability
Open mesh structure for efficient material handling
Good heat and chemical resistance
Easy cleaning and maintenance

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