Cooling system downtime is server downtime. We provide the hydraulic components, emergency response, and preventative maintenance programs that keep your critical infrastructure running at 99.9%.
99.9%
Uptime Target
for critical cooling systems
24/7
Support Availability
no exclusions, no holidays
10K+
Assemblies Stocked
products shipped same day
The average hyperscale data center consumes 50–200 megawatts of power. Up to 40% of that energy goes toward cooling. Behind every chiller plant, CRAC unit, and in-row cooler is a network of hydraulic hose assemblies, fittings, and couplings that must perform flawlessly around the clock.
A single failed hose assembly can shut down an entire cooling loop. In high-density deployments with AI workloads and GPU clusters, the resulting thermal event can force an emergency shutdown, turning a $50 fitting failure into hundreds of thousands of dollars in downtime and lost SLA credits.
CRAC, CRAH, CDU, and chilled water systems all depend on reliable hydraulic components.
Every minute of cooling downtime risks hardware damage and SLA penalties.
Aged hose assemblies and improper fittings are leading causes of preventable cooling events.
We supply, inspect, and replace the components that keep your cooling systems running.
Six capabilities purpose-built for mission-critical facilities.
A single failed hydraulic fitting in a data center cooling system can trigger cascading thermal shutdowns across multiple racks. We understand this, so we maintain deep inventory specifically for cooling infrastructure components.
Modern data centers rely on complex liquid cooling systems, from chilled water loops to direct liquid cooling (DLC) for high-density GPU and CPU clusters. We supply every hydraulic component in these systems.
Hydraulic hose failures in data centers are almost always predictable. Our PM programs help facilities get ahead of failures before they impact uptime. We offer structured inspection and replacement programs tailored to your maintenance windows.
When a cooling system fails at 2 AM during a peak load event, you need a partner who picks up the phone. Our emergency response team is staffed 24/7 specifically for critical facility events.
Data center operators cannot afford to wait 5–7 business days for a hydraulic fitting. Our rapid fulfillment program is designed to eliminate that wait with dedicated stock and priority processing.
Enterprise data centers and co-location facilities require traceable, documented maintenance records. We provide full material traceability and documentation to support your compliance programs.
Purpose-selected hydraulic components for cooling infrastructure applications.
Pre-fabricated to length with ORFS or JIC ends for zero-leak cooling loop connections.
Rated for ethylene and propylene glycol mixtures used in closed-loop cooling systems.
High-corrosion-resistance fittings for raised-floor environments with condensation exposure.
Flat-face no-spill couplings for DLC manifold connections, minimize fluid loss during maintenance.
Vibration-isolating hose loops for pump connections in computer room air handlers.
NoShok gauges for monitoring cooling loop pressure and detecting early system anomalies.
Overpressure protection components for primary chilled water distribution manifolds.
Full range of SAE, BSPP, and metric port plugs for decommissioning unused cooling connections.
We're not a big-box industrial supplier. We're a specialist partner who treats your facility like our own.
We specialize in hydraulic components for mission-critical infrastructure, not general industrial supply.
Same-day fulfillment and 24/7 emergency response are baseline expectations, not premium add-ons.
One account rep who knows your facility, your systems, and your maintenance schedule.
We track your system age and flag components approaching end-of-life before they fail.
Call our emergency line directly. Real people, real response, immediate action.
Let us conduct a no-cost cooling infrastructure assessment for your facility. We'll identify aging components, document your system, and build a PM plan that prevents failures before they happen.