Coolant Manifolds
Managing multiple components with diverse coolant flow requirements can be a complex challenge. Through the use of cutting-edge Computational Fluid Dynamics (CFD), we have developed a range of Flow Distribution Manifolds that ensures precise thermal management across multiple components within a single system. This innovative design reduces system size, weight, and cost, all while delivering optimal performance.
At the core of our manifold design are specially engineered hosetails that are paired with orifices of different sizes. These orifices divide the coolant into smaller, controlled streams, ensuring each component receives the exact flow rate required for efficient operation.


Connections
Barb or Threaded

System
1D System Tool

Maintenance
Field Serviceable

Coolants
Dielectric Oils, Water Glycol, DI fluid


Material compatibility
Available in stainless steel or lightweight aluminium, these manifolds are compatible with various coolants such as water-glycol mixtures, deionised water for fuel cells, and a wide range of dielectric oils for batteries.

Standard and bespoke options
The manifold is available with bespoke or standard configuration options to suit a wide range of applications. It can be preconfigured before shipping for seamless integration into your system or supplied with a selection of interchangeable orifices, allowing on-site setup and fine-tuning. This flexibility ensures that the manifold meets the exact cooling requirements of your components, whether for initial installation or system optimisation.

Driven by 3D CFD Models
Our manifolds are supported by 3D CFD models, ensuring confidence in their design and performance. These models simulate real-world conditions with precision, optimising flow distribution and thermal efficiency. By leveraging advanced simulations, we deliver manifolds that are calibrated to meet your specific requirements and perform reliably in even the most demanding environments.

Field serviceable
Designed for convenience, our manifolds are easily serviced in the field, allowing components to be replaced, adjusted, or fine-tuned without the need for specialised tools or extensive downtime. This ensures systems can quickly adapt to changing requirements or undergo maintenance with minimal disruption, making them ideal for demanding applications where reliability and flexibility are essential.

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