Brass Alloy Bodies for Fluid Transport

Brass Fluid Bodies

Production and machining of customised brass alloy bodies for fluids.

Dall’Era Valerio manufactures brass fluid bodies designed for applications requiring high reliability in the management, distribution, and regulation of liquids and gases. Leveraging the synergy between hot forging and CNC machining, the company supplies advanced technical parts serving hydraulic networks, industrial plumbing/HVAC systems, fluid power and refrigeration circuits, as well as instrumentation and sensors for fluid control.

The solid expertise built up in brass processing allows Dall’Era Valerio to shape elements that combine manufacturing rigor, perfect leak-tightness, and operating continuity even under demanding stress regimes. Each batch is developed by translating the customer’s technical specifications into reality, offering wide margins for customization regarding thread profile, volumetric geometries, sizing of internal ducts, and protective finishing treatments.

Ability
to stock

Customized products and services

Flexibility

Certain lead-time
and price

COMPLIANCE WITH THE DWD DIRECTIVE

COMPLIANCE WITH THE RoHS-2 DIRECTIVE

Customization on drawing

Manufacturing of Brass Bodies for Fluid Systems

In hydraulic and pneumatic architectures, fluid bodies represent the beating heart of the modules responsible for conveying and regulating water flows, compressed air, or technical gases. It follows that choosing components made from selected metals and finished through extremely precise and repeatable machining is a fundamental prerequisite to prevent pressure drops, internal turbulence, or leaks. Brass hot forging makes it possible to obtain resistant, dimensionally stable parts, while CNC machining achieves high levels of accuracy in threading and mating surfaces. The components can be used in:

fluid distribution systems;
hydraulic and heating/plumbing systems;
pneumatic applications;
regulation and control units;
industrial systems;
fluid power and technical gas systems.

To create complete, fully integrated systems, fluid bodies can be combined with other components from the range such as brass valve bodies, brass fittings and solenoid valve components.

Manufacturing of Brass Bodies for Fluid Systems

Reliability, Precision, and Production Continuity

Dall’Era Valerio manages the main production stages in-house to guarantee constant quality control and maximum flexibility in manufacturing components. Machining performed with the latest-generation CNC equipment allows components to be produced with controlled tolerances and excellent production repeatability even for large runs.

Depending on application requirements, fluid bodies can be manufactured with different technical configurations and undergo specific surface treatments to increase corrosion resistance, durability, and operating performance.

Reliability, Precision, and Production Continuity

Lead-Free Brass Fluid Bodies

In line with modern sustainability directives, production includes fluid bodies developed in lead-free brass alloys. This option represents the standard of choice for drinking water supply and distribution systems, for food-grade fluids, and for all new-generation plumbing/HVAC infrastructure that places strict purity requirements at its core.

Components can be developed in compliance with RoHS-2 regulations and DWD/DVGW standards required in different reference markets. Control of raw materials and production processes ensures reliability, corrosion resistance, and long operating life.

Specialization in Brass Component Manufacturing

The manufacture of fluid bodies is part of Dall’Era Valerio’s broader experience in producing technical brass components for the industrial and plumbing/HVAC sector. The company also develops pump components, custom-drawing brass bodies, brass eccentrics and numerous customized parts intended for different technical applications.

Thanks to a structured production organization and consolidated know-how in brass machining, Dall’Era Valerio supports customers in developing reliable, customized components designed to guarantee high performance over time.