Distribution junctions
Review branch transitions, sealing interfaces and passage access.
MANIFOLD OEM
Water Manifold Components
Water manifolds and zone distribution blocks traditionally rely on brazed brass or machined bar assemblies — high labor, leak paths, and copper-linked material cost. Monolithic 304 MIM forming consolidates internal galleries into one stainless body.
Applications
Manifold geometry studies
Use the model to review wall sections, port placement and secondary operations.
Multi-port block applications
Define port requirements and compare suitable manufacturing routes for the block.
Complex component housings
Review locating and retaining features before assigning a material or manufacturing route.
Benefits for OEM Buyers
Eliminate brazed joints
Fewer leak paths and pressure-test failures versus multi-piece brass construction.
Weight and part-count reduction
Single MIM body replaces several machined and brazed components.
Material selection clarity
304 stainless vs brass comparison available for your pressure and water chemistry spec.
Volume manufacturing
High-cavity tooling for stable annual manifold programs.
Frequently Asked Questions
MIM vs machined stainless manifold — when does MIM win?
When internal complexity is high and annual volume amortizes tooling. Simple straight manifolds may remain machined; complex galleries favor MIM.
Pressure rating considerations?
Validate burst and cyclic pressure against sintered density and post-machined sealing faces per your engineering spec.
Can you consolidate my current brass assembly BOM?
Yes — send assembly drawings. DFM review identifies consolidation opportunities and joint elimination.
Send manifold drawings for consolidation analysis
We identify brass-to-MIM conversion and assembly simplification opportunities.
Upload Your Part