Reductions
Be adaptable.

Beck reductions have an optimized flow design, which significantly reduces pressure loss in the ventilation system. The uniform cross-sectional constriction without edges or interruptions ensures an optimal flow pattern and minimizes turbulence. Seamless production for larger sizes and precise injection molding for smaller sizes ensure a uniform inner surface without weld seams or unevenness, which further reduces air resistance. This translates directly into lower operating costs for blowers and fans and contributes to the overall efficiency of the system.

The reductions equipped with the innovative EffiTech plug-in system revolutionize the installation of ventilation components. The patented 5-fold polymer-based lip seal enables tool-free, foolproof installation by simply plugging them together. This saves considerable time during installation, requires no welding skills and allows flexible deployment of personnel. The automatic alignment of the pipe-socket connections by the internal pipe guide stop guarantees precise positioning. The unproblematic connection of different materials - from plastic pipes to stainless steel pipes - is particularly advantageous. Even with negative overpressure of up to 10,000 Pa, the system remains absolutely tight and chemically resistant.

Beck reducers are made from high-quality thermoplastic materials that offer exceptional resistance to aggressive and corrosive media. Various materials are available depending on the application: PVC (RAL 7011) for general applications, PVC-UV stabilized (white) for UV-exposed areas, PPs (RAL 7037) for flame-retardant versions, PP (RAL 7032) for elevated temperatures up to 80°C, PE (black) for lower temperatures down to -20°C, PPs-el (black) for electrostatic dissipative properties and PVDF (natural) for the highest chemical and thermal requirements. This variety of materials makes Beck reducers ideal for use in chemical laboratories, pharmaceutical plants, biotech applications and other demanding environments where metallic components would corrode quickly.