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Core Advantages: This machine eliminates additional handling or pre-processing steps before the wire enters the die through an innovative "straight-in" feeding system. This simplified design not only improves production efficiency but also minimizes the risk of wire defects caused by intermediate steps. Its high processing precision ensures that the produced wire fully meets the stringent standards of wire mesh production in terms of mechanical properties and dimensions.
Product Features: This equipment employs a multi-stage decreasing die design, where the wire is stretched through a series of progressively smaller dies, thereby reducing its diameter and increasing its length. This "straight-in" process eliminates complex feeding mechanisms, making operation more intuitive and easier to maintain. It is optimized for various wire mesh materials, ensuring material stability during the stretching process.
Applications: Specifically designed to provide high-quality raw materials for manufacturing welded wire mesh, filter mesh, agricultural fencing wire, and industrial protective fences. These finished wire products are widely used in building reinforcement, farm fencing, and the manufacture of various filters, screens, and protective barriers.
Common Problems and Solutions:
Wire breakage during drawing: This may be due to improper die compression ratio distribution or impurities in the raw wire material.
Solution: Check and recalculate the reduction ratio of each stage of the die, and ensure the cleanliness and uniform annealing hardness of the raw materials.
Wire surface scratches: Accumulation of dirt or damage to the inner hole of the die.
Solution: Clean and inspect the drawing die, and polish and repair if necessary.
Important Precautions: Manual cleaning is strictly prohibited during wire drawing operation. When changing dies, ensure that the specifications of the new die are completely consistent with the production process sheet to prevent overloading of the equipment motor due to excessive compression.
