Discrete mesh density regions in a fibre roll damper cut compressed-air noise while limiting flow resistance and simplifying production.
A motor-driven piston and controller automate brake fluid bleeding in wire-controlled brake systems, removing gas without pedal input.
Varying mesh density along compressed airflow cuts noise emissions while avoiding excess flow resistance and simplifying damper production.
Nozzle-shaped grid passages split compressed air into smoother streams, cutting mixing turbulence and lowering silencer noise below regulatory limits.
A single rail brake air line component combines Y-piece, condensate collection, and filtration to cut installation complexity and spare-parts variety.
A two-stage damping layout and multi-passage grid cut compressed air exhaust turbulence and noise while keeping the silencer compact.
Selective subsystem isolation lets pneumatic equipment reach test pressure sooner while brake checks run in parallel, cutting preparation time.
A guided flange neck and fixing layout simplify air dryer cartridge mounting while avoiding seal damage, tools, and unbalanced loads.
A skirt below the outlet grid redirects compressed-air noise and cuts turbulence, helping pneumatic systems meet sub-60 dB(A) limits.
A bottom release valve and extended reservoir rim stabilize brake de-icing insertion and shield operators from pressurized spray.
Basket-like depression collects oil and dirt particles before they reach the shut-off valve, preventing charring and jamming.
Integrating the non-return valve into the permanent valve housing prevents damage during cartridge replacement and lowers system costs.