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JET NOZZLES

The standard Fondarex DRC jet nozzles are manufactured entirely from stainless steel, ensuring corrosion resistance and durability while maintaining compatibility with the majority of existing systems.
Custom jet nozzle models, available in a wide range of sizes and specifications, can be supplied upon request to meet specific application requirements.
Fondarex delivers high-performance, reliable, and fully compatible jet nozzles through strategic collaboration with a leading partner specializing in advanced nozzle technology.

STEEL VENTS

The optimized aerodynamic profile of our SCS steel vent maximizes air evacuation efficiency, effectively minimizing gas entrapment during the casting process and accelerating alloy solidification.
Engineered for exceptional durability and precision, the SCS steel vent delivers consistent high-performance operation with a proven service life of up to 400,000 cycles, ensuring prolonged operational reliability and significantly enhanced productivity.

KINETIC VALVES

Mechanical valves are a core specialty and part of Fondarex’s DNA. Over the years, the company has continuously optimized and simplified its valve technologies — from the Optivac, Membranovac, Mecanovac, and Supervac, to the Supervac Puls and now the latest evolution: the Kinetic.
The Kinetic embodies decades of expertise, delivering the ideal combination of maximum simplification, exceptional reliability, and outstanding evacuation capacity.
Internally, we proudly call it the ‘911 of Fondarex’ — fast, dependable, and always ready when performance matters most.

HYDRAULIC VALVE

The newly engineered hydraulic vacuum valve from Fondarex delivers exceptional operational reliability and full compatibility with existing systems.
Designed for maximum flexibility, it enables piston stroke control on demand—either via a position sensor for standard applications or a stroke transducer for advanced control. The transducer option supports precise, programmable piston movement, ensuring optimal evacuation timing, high repeatability, and enhanced process stability in high-performance die casting environments.