Vortex-Powered Filtration. Forget constant clogging and performance drops. The Aytok Hurricanefilt revolutionizes screen filtration with its dynamic vortex technology. Its powerful spiral flow continuously scours the screen, preventing particle buildup and ensuring consistent performance. The result: dramatically fewer backwash cycles, which significantly reduces both...

Maximum Performance. Minimal Space. Designed for superior efficiency in tight spaces, the Aytok Hurricane Mini features our dynamic vortex technology. This system creates a continuous spiral flow that actively keeps the screen clean during filtration, ensuring consistent performance with less maintenance. It's the perfect, robust solution for low-flow applications...

Maximum Performance. Minimal Space. Designed for superior efficiency in tight spaces, the Aytok Hurricane Mini features our dynamic vortex technology. This system creates a continuous spiral flow that actively keeps the screen clean during filtration, ensuring consistent performance with less maintenance. It's the perfect, robust solution for low-flow applications...

Engineered for High-Capacity Autonomy. Aytok DDSC filters deliver fully autonomous, self-cleaning filtration for the most demanding industrial systems. Their innovative dual-body design provides a vast filtration surface to maximize flow rates and minimize backwash frequency. Engineered for industrial-grade durability, its robust construction integrates high-strength...

Engineered for Autonomous Reliability Aytok PSC filters deliver fully autonomous, self-cleaning filtration for demanding applications. Their robust design combines a high-strength polyamide body with a precision-engineered backwash mechanism, ensuring exceptional long-term durability. This advanced, hands-off system operates automatically based on time or pressure...

Maximum Flow. Minimum Intervention Aytok DV & DVS semi-automatic filters are engineered to master high-demand systems. Their dual-body design offers a massive filtration area, drastically reducing cleaning frequency and maximizing uptime. When maintenance is required, the smart pressure differential system alerts the operator for a simple, user-activated flush...

Engineered for Continuous Flow Aytok semi-automatic filters are built to ensure your operations never stop, delivering an uninterrupted supply of clean water even during cleaning cycles. Their smart design uses a pressure differential system to alert the user when a manual cleaning cycle is needed. This simple user-activated flush efficiently purges all...

Integral pressure-compensated, continuously self-flushing, anti-siphon and anti-drain mechanism dripper, ideal for greenhouses and permanent applications that require intensive irrigation scheduling. Dripline colored white for minimal solar radiation absorption.

Double the Capacity. Uncompromised Reliability. The Aytok DE-DD series is engineered with legendary durability to meet the highest demands, its smart, dual-body design doubles the filtration surface, enabling it to handle significantly higher flow rates while drastically reducing cleaning frequency. Built with a robust polyamide body, the series offers...

Integral pressure-compensated, continuously self-flushing, anti-siphon and anti-drain mechanism dripper, ideal for greenhouses and permanent applications that require intensive irrigation scheduling. Dripline colored white for minimal solar radiation absorption.

Integral pressure-compensated, continuously self-flushing, anti-siphon and anti-drain mechanism dripper, ideal for greenhouses and permanent applications that require intensive irrigation scheduling. Dripline colored white for minimal solar radiation absorption.

Double the Capacity. Uncompromised Reliability. The Aytok DE-DD series is engineered with legendary durability to meet the highest demands, its smart, dual-body design doubles the filtration surface, enabling it to handle significantly higher flow rates while drastically reducing cleaning frequency. Built with a robust polyamide body, the series offers...