Precision-Controlled
Valve & Actuator Solutions for
Data Center Cooling
Integrated motorized control valves, actuators, and position / torque monitoring components — ready-to-install packages for contractors and facility operators.
An Upstream Component Integrator
We don't build full cooling control center systems — we package valves, actuators, and precision measurement components into ready-to-install kits for contractors and clients to assemble themselves.
Complete Kits
Valves, actuators, and fittings matched to your operating conditions — fewer vendors to coordinate.
Precision Monitoring
Position transmitters and torque sensors included as standard, enabling branch-level precision measurement and condition monitoring.
Responsive Support
Selection guidance and installation support included, with after-sales issues traceable to the supplier's technical team.
Three Core Component Categories
Categories shown below; specific brand and model details will be added once supplier authorization is confirmed.
Motorized Control Valves
Butterfly, ball, and globe valves — covering large main-line diameters and precise terminal control.
Smart Actuators
4–20mA / 0–10V analog control, with Modbus bus communication and fail-safe positioning.
Precision Sensing Components
Position transmitters and torque sensors for real-time valve monitoring and early warning of sticking or abnormal load.
// Brand-specific product images and specifications will be added once written supplier authorization is confirmed
From Inquiry to Delivery
Requirements
Understand your facility's setup, pipe sizing, and control signal type.
Selection Proposal
Provide a valve-actuator combination with an initial quote.
Order & Delivery
Ship on the agreed timeline with installation guidance.
After-Sales
Respond to faults and spare-part needs during warranty.
Send an Inquiry
Tell us about your facility and we'll get back to you with an initial selection recommendation.
- Emailinfo@streamtradeco.com
- RegionServing clients worldwide — cross-border inquiries welcome