Custom liquid cooling plates
Embedded Tube Cold Plates for Reliable Tube-in-Plate Cooling
BY Thermal manufactures custom embedded tube cold plates using formed copper, aluminum or stainless steel tubing integrated into aluminum or copper plates. Send drawings, mounting requirements for an engineering review.
Drawing-based quotation
Embedded tube cold plates built to your drawings
These examples help engineers match the closest embedded tube cold plate style. Send your drawing and cooling requirements so BY Thermal can review manufacturability and quote the part.
Aluminum Plate with Copper Tube
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Aluminum Plate with stainless steel Tube
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Copper Plate with Copper Tube
Send Drawing for QuoteHow it works
Tube-in-plate cooling with practical routing freedom
Embedded tube cold plates place a coolant tube into a machined or prepared plate. The tube carries coolant while the plate spreads heat from devices mounted above it. This structure is useful when the project needs a durable coolant path, manageable manufacturing cost, and flexible port placement. Engineers can also compare brazed cold plates and FSW cold plates when the project needs a different channel structure or welded plate construction.
Core features
Designed for engineers comparing liquid cooling options
The page content keeps the focus on design decisions that affect manufacturability, service life, and quote speed.
Custom tube routing
Tube paths can be reviewed around component locations, mounting holes, port direction, and available plate area.
Coolant compatibility review
Copper or stainless steel tubing can be considered based on coolant chemistry, corrosion expectations, and system design.
Manufacturing cost control
The structure can be a practical choice where a fully machined internal channel plate is not required.
Serviceable port layout
Port position, tube outlet direction, fitting clearance, and assembly access can be reviewed early in the RFQ stage.
Mounting surface planning
Contact pads, flatness requirements, fastener locations, and insulation needs should be shared before quotation.
Engineering review before claims
Thermal resistance, pressure drop, and leak test requirements should be confirmed against the final drawing.
Product types
Embedded tube cold plate configurations
Aluminum plate with copper tube
Commonly reviewed for balanced weight, thermal transfer, and cost in industrial electronics and equipment cooling.
Copper plate with copper tube
Used when heat spreading is a priority and the added material weight is acceptable for the assembly.
Stainless tube options
Considered when coolant chemistry or corrosion constraints make stainless tubing more suitable than copper tubing.
Design inputs
Share these details to speed up engineering feedback
Good RFQ inputs reduce back-and-forth and help BY Thermal identify whether embedded tube, brazed, or FSW construction is the best route. Start from the liquid cold plates overview when comparing all custom cold plate options.
| Thermal data | Heat load, heat source size, target temperature, ambient conditions, and duty cycle if available. |
|---|---|
| Coolant data | Coolant type, inlet temperature, target flow rate, pressure drop limit, and corrosion concerns. |
| Mechanical data | 2D or 3D drawing, plate outline, thickness limits, mounting holes, port direction, and clearance zones. |
| Production data | Prototype quantity, annual volume, finish requirements, packaging needs, and project timeline. |
Applications
Where embedded tube cold plates are commonly evaluated
Industrial drives
Cooling plates for power devices, control cabinets, and compact industrial assemblies.
Laser equipment
Tube routing can be reviewed for laser power electronics, pump modules, and support plates.
Battery and energy systems
Cold plate geometry can be adapted to module layouts subject to drawing review.
Medical and lab systems
Stable coolant routing and mounting surfaces can support compact equipment thermal control.
Power modules
Mounted devices can be cooled through local contact areas above the tube path.
Custom OEM equipment
BY Thermal can review plate outline, fittings, assembly constraints, and production needs.
Custom process
From drawing review to production-ready cold plate
Review inputs
Share drawings, thermal load, coolant, port requirements, and volume target.
Confirm structure
BY Thermal reviews tube path, plate material, contact areas, and manufacturability.
Prototype
Prototype scope, inspection needs, and test requirements are confirmed before build.
Scale
Production planning follows approved geometry, quality checks, packaging, and schedule.
Related engineering pages
Continue comparing liquid cold plate manufacturing routes
These internal links connect the embedded tube product page with related cold plate types, the main liquid cooling category, and the RFQ path so engineers and search crawlers can follow the full topic path.
FAQ
Embedded tube cold plate questions
What is an embedded tube cold plate?
It is a liquid cooling plate where coolant tubing is integrated into a plate body. The tube carries coolant while the plate spreads heat from mounted components.
Is an embedded tube cold plate better than a brazed cold plate?
It depends on heat density, pressure drop, channel complexity, budget, and assembly requirements. Brazed plates can support more complex internal channels, while embedded tube designs can be simpler and practical for many OEM layouts.
Can BY Thermal make custom tube paths?
Yes. Tube route, bend radius, port direction, plate outline, and mounting pattern can be reviewed from your drawing.
What coolant information is needed?
Please share coolant type, inlet temperature, target flow rate, pressure drop limit, corrosion requirements, and operating conditions.
Need an embedded tube cold plate reviewed?
Send drawings and thermal requirements to BY Thermal for a practical manufacturing and RFQ review.