Keeping Data Centers Cool. Efficient. Always Running.
Smart Valve Solutions for a More Reliable Digital World
Precision flow control for central cooling plants, chilled water distribution, CRAH systems, liquid cooling, and fire protection.
- Reliable Performance
- Smart Flow Control
- Global Project Support
Data Center Valves
Reliable Flow Control
Designed for stable and precise flow control across data center cooling and water distribution systems.
Energy-Efficient Cooling
Optimized flow regulation and hydronic balancing help improve cooling efficiency and reduce energy consumption.
Smart Control & Monitoring
Compatible with actuators, sensors, and BMS integration for automated control and real-time system monitoring.
Mission-Critical Reliability
Engineered for continuous operation, dependable performance, and long-term reliability in demanding data center environments.
Complete System Coverage
A comprehensive valve portfolio supporting central cooling plants, chilled water distribution, CRAH/Fan Wall, liquid cooling, and fire protection systems.
Need custom specifications? Our engineers are ready to help.
Call: +86 15090163952 | Email: lisa@noritesolution.com
Proven Results That Drive Your Bottom Line
Real performance data from our Valve installations across critical industries worldwide
100% Pressure Tested
Tested under Class A sealing standard, across 10,000+ units.
20+ Years Lifespan
Proven performance in seawater, wastewater, and high-pressure pipelines.
8,000+ Valves Installed
Including power plants, municipal water systems, and industrial zones.
99.5% On-Time Delivery
Backed by lean production and strict QC.
Certifications & Standards
Technical Specifications
Engineered for optimal performance across a wide range of industrial applications
Valve Types:
Size Range:
Butterfly, Gate, Check, Balancing, PICV, Control, Ball, Air, Strainer, Deluge & Pre-action Valves
DN15–DN2400 (½”–96″), depending on valve type
Pressure Rating:
Body Materials:
PN10–PN25 standard; higher pressure ratings available for selected designs
Ductile Iron, Cast Iron, Carbon Steel, Stainless Steel, Bronze / Brass
Trim Materials:
Seat & Seal Materials:
Stainless Steel, Bronze, Brass and other application-specific alloys
Temperature Range:
End Connections:
Typically –10°C to +120°C, depending on valve type, sealing material and application
Flanged, Wafer, Lug, Grooved, Threaded, Welded and Quick-Connect
Operation & Actuation:
Control & Communication:
Manual, Gear Operated, Electric, Pneumatic and Smart Actuation
On/Off, Modulating, 0–10V, 4–20mA, Modbus / BACnet options for BMS integration
Design Standards:
Testing & Compliance:
ISO, EN, DIN, API, AWWA, ASME and applicable project specifications
Hydrostatic and functional testing to applicable EN, ISO, API, AWWA and project requirements
- Cooling Media
Suitable for chilled water, condenser water, treated water, water-glycol mixtures, and compatible cooling fluids. - Central Cooling Plants
For chillers, cooling towers, pumps, headers, heat exchangers, and associated cooling-water piping systems. - Chilled Water Distribution
Suitable for main and branch piping requiring isolation, balancing, flow regulation, and pressure-independent control. - CRAH / Fan Wall Systems
Designed for stable chilled-water flow and precise temperature control in CRAH, AHU, and Fan Wall applications. - CDU / Liquid Cooling Systems
Applicable to CDU primary and secondary loops requiring precise flow control, reliable isolation, and secure connections. - Fire Protection Systems
Suitable for fire-water isolation, backflow prevention, deluge, and pre-action systems in data center facilities. - Continuous Operation
Designed for continuous-duty cooling systems where stable performance and operational reliability are essential. - Automated & Intelligent Systems
Suitable for BMS-integrated applications requiring electric actuation, modulating control, monitoring, and system automation.
Actual operating conditions depend on valve type, materials, pressure rating, control requirements, and project specifications.
Rigorous Testing Process for Data Center Valves
From raw material selection to final hydraulic testing, NORITE ensures that every Data Center Valves meets international standards for safety and reliability.
Pressure Testing
Each Data Center Valves undergoes rigorous pressure testing to verify body strength and sealing integrity, ensuring 100% zero-leakage performance under high-pressure conditions.
Torque and Functional Testing
We verify the opening and closing torque of every Data Center Valves to ensure smooth operation and precise flow control, even after long-term installation in water systems.
Cycle Life Testing
Our Data Center Valves are tested for thousands of cycles to simulate decades of real-world use, ensuring the EPDM wedge maintains its shape and sealing capability.
Coating & Corrosion Resistance Testing
We measure the epoxy resin coating (min. 250μm) on the Data Center Valves body to guarantee superior corrosion resistance and compliance with drinking water safety standards (WRAS/ACS).
Dimensional & Material Analysis
Using advanced spectrometers, we verify the chemical composition of the GGG50 ductile iron to ensure the structural durability and impact resistance of every Data Center Valves.
Traceability - Unique product code
Every Norite Data Center Valves is assigned a unique tracking code and inspection report, allowing for full lifecycle quality tracking from raw material to final installation.
Real Project Cases
Proven performance in critical applications worldwide – see our valves in action
Data Center Chilled Water Cooling Project
Project Overview
NORITE supplied an integrated valve solution for the chilled-water cooling system of a mission-critical data center, supporting reliable cooling, stable flow distribution, and continuous facility operation.
System Application
Central Cooling Plant · Chilled Water Distribution · CRAH / Fan Wall
Products Supplied
Butterfly Valves · Check Valves · Balancing Valves · PICVs · Motorized Control Valves
Project Requirements
The cooling system required reliable isolation, accurate hydronic balancing, stable chilled-water flow, and automated control under continuously changing cooling loads.
NORITE Solution
A coordinated valve package was configured for different sections of the cooling network, combining isolation, balancing, pressure-independent control, and automated flow regulation.
Project Benefits
Stable Cooling Performance · Precise Flow Control · Energy Efficiency · System Reliability · BMS Integration
Get Your Custom Quote
Our technical experts will analyze your requirements and provide a tailored solution with detailed specifications and competitive pricing.