0.1 Inch Slot Wedge Wire Screen Panel

We provided a U.S. water treatment company with wedge wire screen panels for stable screening. The custom slot sizes and filtration precision fully met the client's requirements, while the robust construction of the panels ensured outstanding durability, minimizing the need for frequent replacements. This tailored solution was designed to meet the client's demand for an efficient, reliable, and durable screening solution, offering them a dependable water treatment resolution.

• Company: Zanla Inc
• Country: America
• Products name: Wedge wire screen panels
• Material: AISI 316
• Slot size: 0.1 inch
• Wedge wire: 3 x 5 mm
• Support rod: 3 x 12 mm
• Support rod pitch: 25 mm
• Panel Size: 1219 x 1143 mm, 1498 x 2337 mm

Material test

Slot size measuring

Vee wire width measuring

Vee wire height measuring

Support wire height measuring

Support wire spacing measuring

Panel length measuring

Panel width measuring

Wedge wire screen panels offer stable filtration and support in industries such as agriculture, fisheries, water treatment, and construction. They are effective in removing particulates from water sources and natural water bodies.

• Solid-Liquid Separation: Wedge wire screen panels are frequently used to separate suspended solid particles from water. In wastewater treatment facilities, the precise openings of the wedge wire screens effectively segregate solid particles, resulting in clearer water.
• Sand Control for Water Sources: In water extraction wells, wedge wire screen panels serve to prevent sand and other particles from entering the water pipeline system, thus avoiding pipe blockages and damage to equipment.
• Equipment Protection: Wedge wire screen panels can also be used to protect water treatment equipment, such as pumps and nozzles, from being damaged by particulate matter.
• Clarifiers and Sedimentation Tanks: The application of wedge wire screen panels in clarifiers and sedimentation tanks aids in enhancing the efficiency of wastewater treatment by separating suspended substances, thereby improving water clarity.