
Copper-tube cold plate
A plate assembly with routed copper tubing. Submit the tube path, mounting pattern, and connection requirements for review.
LIQUID COOLING
Cold plates carry coolant close to the heat source. Start with your mounting layout, thermal load, and available flow to identify a suitable plate configuration.
Discuss this productAPPLICATIONS TO DISCUSSPower electronics, power conversion equipment, and industrial assemblies.

PRODUCT DETAILS
These examples establish the product family. Material, dimensions, interfaces, and operating limits are confirmed during technical review.

A plate assembly with routed copper tubing. Submit the tube path, mounting pattern, and connection requirements for review.

A compact plate with coolant connections. Dimensions, interface flatness, and operating conditions are confirmed against your drawing.

A plate format listed for photovoltaic and energy storage power conversion equipment. Review the component footprint and coolant requirements for your assembly.
SPECIFY YOUR REQUIREMENT
A preliminary drawing or a brief application description is enough to start. Include any known operating conditions.
Prepare an inquiryHeat dissipation in watts and maximum component temperature.
Fluid type, inlet temperature, available flow, and allowable pressure drop.
Plate envelope, contact areas, flatness requirements, and mounting pattern.
Port type, size, position, and mating fittings.
Prototype quantity, estimated production volume, delivery location, and target date.
BEFORE YOU ORDER
Pricing and lead time depend on the approved specification, quantity, tooling, and sample requirements. Pecston requests a project-specific quotation from the manufacturer.
Include sample, drawing, material, inspection, and certification requirements in your inquiry. Availability and scope are confirmed for the specific part before an order is placed.
Send your drawing or application brief to sales@pecston.com.