Vortex Blog // How the Vortex Wye Line Diverter Will Boost Efficiency

Plastic regrind is derived from processing scrap or waste plastic into small, uniform particles. This process enhances resource efficiency and reduces environmental impact, aligning with circular economy principles. Used across industries, plastic regrind helps produce automotive parts and consumer goods packaging, allowing for the integration of recycled content without compromising quality. It reduces the demand for virgin plastic materials and supports sustainability goals by minimising plastic waste and conserving resources. In this blog, Vortex explores the benefits and applications of plastic regrind, as well as how the Vortex Straight Leg Wye Line diverter provides an efficient solution for handling this material. 

Plastic regrind is a reliable solution for reducing carbon footprints and enhancing resource efficiency, supporting the recycling industry and sustainability efforts globally.

Vortex Straight Leg Wye Line Diverter for Plastic Regrind

The Vortex Straight Leg Wye Line diverter is an ideal solution for handling plastic regrind, especially when diverting material from storage silos, as seen in this customer’s application. It boasts a precision-engineered design that ensures smooth operation and superior efficiency compared to conventional diversion methods. Constructed from high-grade stainless steel, the Vortex diverter minimises wear and tear, which is crucial for managing the abrasive nature of plastic regrind.

Its advanced sealing system utilises various polymer seals, effectively preventing cross-contamination and safeguarding the regrind material’s purity. Designed for quick and straightforward maintenance, it reduces downtime, appealing to operations that prioritise continuous high productivity.

In contrast, traditional diverters like the rotary/tunnel diverter and flap diverter often struggle with handling plastic regrind. Many feature inferior sealing mechanisms, such as rubber gaskets, which can lead to material leakage and contamination. Rotary diverters, for instance, may have issues with wear and tear as well as material blockage due to constant rotation, while flap diverters can suffer from inefficient sealing and require regular adjustments. Some diverters require complex maintenance procedures involving multiple steps and special tools, disrupting operations and driving up operational costs.

Additionally, alternative designs lack the robust construction necessary to endure continuous exposure to abrasive materials, resulting in frequent repairs and replacements. The Vortex Straight Leg Wye Line diverter effectively addresses these limitations, offering a dependable, cost-effective, and user-friendly solution for the challenging demands of diverting plastic regrind from storage silos.

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