The stainless steel wedge wire vibrating screen features a screen surface constructed from precision welded v-shaped wire, with a polyurethane coated frame. The vibration mechanism enables rapid material dispersion and efficient screening while effectively preventing screen clogging. It is suitable for material grading, dewatering, desliming, and screening processes in industries such as mining, metallurgy, coal, petroleum, chemical, food, and environmental protection. Baitong's wedge wire flat screens can be made with very small wires and support rods for fine screening operations, or with much larger wires and support rods for heavy-duty applications.

Core Structure:

• Filter Screen: Fabricated from stainless steel wedge wire (V-profile wire) welded to support rods. The slot openings are precisely controllable.
• Frame: Constructed from high-quality carbon steel or stainless steel base material, fully encapsulated on the outer surface with polyurethane elastomer.

Features & Advantages

• High Aperture Ratio: The wedge wire structure achieves an aperture ratio of 18% to 45% or higher, far exceeding that of perforated plates or woven mesh, resulting in a large processing capacity.
• Anti-clogging: The V-shaped slits gradually widen from top to bottom, preventing particle entrapment and providing strong self-cleaning ability.
• High Strength: The support bars and screen wires are fused together to form a rigid whole, making it impact-resistant, wear-resistant, and not easily deformed.
• High Slot Precision: The minimum slot width is 0.1mm, allowing for controllable particle size distribution; the stainless steel material is corrosion-resistant.
• Long Service Life: Compared to woven mesh, the overall service life is increased by 3 to 5 times, reducing replacement frequency.

Typical Application

• Coal: Dewatering and demediuming, fine coal recovery

• Mining: Ore classification, tailings dry stacking

• Petroleum: Slurry vibrating screen
  

• Chemical Industry: Particulate material classification

Core Value: By combining precision slot structure, high-frequency vibration, and corrosion-resistant materials, it achieves efficient screening and dewatering of fine particles, high-moisture, or viscous materials, enhancing production continuity and product quality stability.