The Johnson screen resin trap, also known as the wedge wire resin trap, comprises V-shaped wires or rods welded together at precise intervals. This construction forms a sturdy framework with uniform gaps, facilitating efficient filtration.
In processes involving the use of resins, such as in water treatment, petrochemical industries, and certain chemical processes, resin loss can be a significant concern. Johnson Screen Resin Traps address this issue by acting as a protective barrier, preventing the escape of resin particles while allowing the passage of fluids.
Our resin trap plays a crucial role in ensuring optimal filtration and preventing resin loss in various industrial processes.
We offer custom Johnson screen resin traps for water treatment. Contact us or email us at: [email protected].
Key Advantages of our Johnson Screen Resin Traps
1. Precision Filtration:
The V-shaped profile of the wires in Johnson screens ensures precise filtration, effectively capturing even the finest particles. This is particularly crucial in resin-based processes where maintaining the integrity of the resin is paramount.
2. Durable Construction:
Our resin trap filters are typically constructed using high-quality stainless steel materials, ensuring durability and resistance to corrosion. This robust construction enhances the longevity of the trap, making it a reliable component in industrial filtration systems.
3. Easy Maintenance:
The design of resin trap filters allows for easy maintenance and cleaning. The open area between the V-shaped wires facilitates simple access, making it convenient for operators to clean the trap and maintain optimal performance.
4. Reduced Resin Loss:
The primary function of this filter is to prevent resin loss during industrial processes. By effectively capturing resin particles, these traps contribute to cost savings and ensure the efficient use of resources.
Applications of our Johnson Screen Resin Traps
1. Water Treatment: Used to prevent resin loss in water softening and purification processes.
2. Chemical Processing: Ensures the integrity of resins used in various chemical reactions.
3. Petrochemical Industries: Protects valuable resins in processes such as catalytic cracking and hydrocracking.