Built to Solve
Real Challenges
Whether you’re optimizing performance, cutting costs, or transforming with AI, our suite of solutions is designed to meet your goals head-on.
AI & HPC
Retrofit
Edge & Modular
Defense
OEM Factory
AI & HPC
Data Center
Modern AI workloads—like LLM training, computer vision, and inference pipelines—demand densely packed GPU clusters that generate significant heat. Refroid’s DCLC architecture, centered on the SentraFlo CDU and rack-level manifolds, efficiently removes heat directly from chips, ensuring sustained performance and low PUE. Ideal for hyperscale data centers and private AI clusters.
Key Capabilities of
Refroid Solutions
Discover the practical advantages that help you save time, reduce effort, and get the most out of your investment.
High Rack Power
High power Capacity support (50–150+ kW)
High Heat Flux
Direct contact cooling (cold plate / immersion) (CPUs/GPUs >1 kW each)
Dynamic Workloads
Handles rapid thermal transients
Massive Scale (MW-level)
CDUs can integrate with space & facility constraints
High Uptime Requirement
N+1 redundancy, leak detection, failover essential
Hybrid Cooling Needs
Mix of liquid for chips + air for other components
Commissioning Demands
Hybrid-cooled load banks needed for validation
Sustainability Goals
Meets lower PUE/WUE, enable energy reuse, regulatory compliance
Dense & Heavy Racks
N+1 redundancy, leak detection, failover essential
Explore Solutions
Form Refroid
Built to support a wide range of operational needs with consistent performance and long-term reliability
SentraFLO CDU
Refroid’s Coolant Distribution Unit for Direct-to-Chip Liquid Cooling
SentraFLO SFN & Rack Manifolds
SentraFLO SFN (Secondary Fluid Network) & Rack Manifold System form the secondary loop of Refroid’s Direct-to-Chip Liquid Cooling (DCLC) setup. Designed for balanced coolant flow across every server node, it’s rack-integrated, leak-resistant, and built for low pressure drop and easy maintenance.
ISOPod
Immersion Cooling Solutions offer fully customizable and configurable prefab data centers, ready for immediate deployment. Ideal for rapid capacity expansion and remote deployments, ISOPod ensures flexibility and efficiency in modern data center environments.
MiniPod
Refroid’s MiniPod is a compact, plug-and-play immersion cooling unit designed for remote and edge data centers. It operates efficiently in ventilated or outdoor environments without needing precision air conditioning, making it ideal for small-scale, power-constrained setups.
EcoPod
Refroid’s EcoPod Immersion Solution uses single-phase liquid cooling to support high-density workloads efficiently. Compatible with multiple dielectric coolants, it integrates with SmartKool for better energy efficiency and long-term reliability. Delivers higher cooling in a compact, scalable design.
ThermION Hybrid Loadbanks
ThermION Hybrid Loadbanks are designed to replicate the requirements of live DC operations, ensures that critical systems can manage peak demands without any disruptions. With a load simulation capacity of up to 135kW rack density, Hybrid load banks are ideal for commissioning AI/HPC data centers and evaluating critical cooling systems, facilitating seamless integration of GPU-focused computing hardware.
AI & HPC
Data Center
Modern AI workloads—like LLM training, computer vision, and inference pipelines—demand densely packed GPU clusters that generate significant heat. Refroid’s DCLC architecture, centered on the SentraFlo CDU and rack-level manifolds, efficiently removes heat directly from chips, ensuring sustained performance and low PUE. Ideal for hyperscale data centers and private AI clusters.
Key Capabilities of
Refroid Solutions
Discover the practical advantages that help you save time, reduce effort, and get the most out of your investment.
High Rack Power
High power Capacity support (50–150+ kW)
High Rack Power
High power Capacity support (50–150+ kW)
High Rack Power
High power Capacity support (50–150+ kW)
High Heat Flux
Direct contact cooling (cold plate / immersion) (CPUs/GPUs >1 kW each)
High Heat Flux
Direct contact cooling (cold plate / immersion) (CPUs/GPUs >1 kW each)
High Heat Flux
Direct contact cooling (cold plate / immersion) (CPUs/GPUs >1 kW each)
Dynamic Workloads
Handles rapid thermal transients
Dynamic Workloads
Handles rapid thermal transients
Dynamic Workloads
Handles rapid thermal transients
Massive Scale (MW-level)
CDUs can integrate with space & facility constraints
Massive Scale (MW-level)
CDUs can integrate with space & facility constraints
Massive Scale (MW-level)
CDUs can integrate with space & facility constraints
High Uptime Requirement
N+1 redundancy, leak detection, failover essential
High Uptime Requirement
N+1 redundancy, leak detection, failover essential
High Uptime Requirement
N+1 redundancy, leak detection, failover essential
Hybrid Cooling Needs
Mix of liquid for chips + air for other components
Hybrid Cooling Needs
Mix of liquid for chips + air for other components
Hybrid Cooling Needs
Mix of liquid for chips + air for other components
Commissioning Demands
Hybrid-cooled load banks needed for validation
Commissioning Demands
Hybrid-cooled load banks needed for validation
Commissioning Demands
Hybrid-cooled load banks needed for validation
Sustainability Goals
Meets lower PUE/WUE, enable energy reuse, regulatory compliance
Sustainability Goals
Meets lower PUE/WUE, enable energy reuse, regulatory compliance
Sustainability Goals
Meets lower PUE/WUE, enable energy reuse, regulatory compliance
Dense & Heavy Racks
N+1 redundancy, leak detection, failover essential
Dense & Heavy Racks
N+1 redundancy, leak detection, failover essential
Dense & Heavy Racks
N+1 redundancy, leak detection, failover essential
Explore Solutions
Form Refroid
Explore our range of solutions designed for diverse workloads and performance needs.
SentraFLO CDU
Refroid’s Coolant Distribution Unit for Direct-to-Chip Liquid Cooling
SentraFLO SFN & Rack Manifolds
SentraFLO SFN (Secondary Fluid Network) & Rack Manifold System form the secondary loop of Refroid’s Direct-to-Chip Liquid Cooling (DCLC) setup. Designed for balanced coolant flow across every server node, it’s rack-integrated, leak-resistant, and built for low pressure drop and easy maintenance.
ISOPod
Immersion Cooling Solutions offer fully customizable and configurable prefab data centers, ready for immediate deployment. Ideal for rapid capacity expansion and remote deployments, ISOPod ensures flexibility and efficiency in modern data center environments.
MiniPod
Refroid’s MiniPod is a compact, plug-and-play immersion cooling unit designed for remote and edge data centers. It operates efficiently in ventilated or outdoor environments without needing precision air conditioning, making it ideal for small-scale, power-constrained setups.
EcoPod
Refroid’s EcoPod Immersion Solution uses single-phase liquid cooling to support high-density workloads efficiently. Compatible with multiple dielectric coolants, it integrates with SmartKool for better energy efficiency and long-term reliability. Delivers higher cooling in a compact, scalable design.
ThermION Hybrid Loadbanks
ThermION Hybrid Loadbanks are designed to replicate the requirements of live DC operations, ensures that critical systems can manage peak demands without any disruptions. With a load simulation capacity of up to 135kW rack density, Hybrid load banks are ideal for commissioning AI/HPC data centers and evaluating critical cooling systems, facilitating seamless integration of GPU-focused computing hardware.
SentraFLO CDU
Refroid’s Coolant Distribution Unit for Direct-to-Chip Liquid Cooling
SentraFLO SFN & Rack Manifolds
SentraFLO SFN (Secondary Fluid Network) & Rack Manifold System form the secondary loop of Refroid’s Direct-to-Chip Liquid Cooling (DCLC) setup. Designed for balanced coolant flow across every server node, it’s rack-integrated, leak-resistant, and built for low pressure drop and easy maintenance.
ISOPod
Immersion Cooling Solutions offer fully customizable and configurable prefab data centers, ready for immediate deployment. Ideal for rapid capacity expansion and remote deployments, ISOPod ensures flexibility and efficiency in modern data center environments.
MiniPod
Refroid’s MiniPod is a compact, plug-and-play immersion cooling unit designed for remote and edge data centers. It operates efficiently in ventilated or outdoor environments without needing precision air conditioning, making it ideal for small-scale, power-constrained setups.
EcoPod
Refroid’s EcoPod Immersion Solution uses single-phase liquid cooling to support high-density workloads efficiently. Compatible with multiple dielectric coolants, it integrates with SmartKool for better energy efficiency and long-term reliability. Delivers higher cooling in a compact, scalable design.
ThermION Hybrid Loadbanks
ThermION Hybrid Loadbanks are designed to replicate the requirements of live DC operations, ensures that critical systems can manage peak demands without any disruptions. With a load simulation capacity of up to 135kW rack density, Hybrid load banks are ideal for commissioning AI/HPC data centers and evaluating critical cooling systems, facilitating seamless integration of GPU-focused computing hardware.
Retrofit in Legacy
Data Centers
Legacy facilities often struggle with power and cooling constraints. Refroid’s modular CDUs and field-deployable SFNsretrofit easily into existing setups, allowing phased adoption of liquid cooling in high-density zones—without major infrastructure changes or downtime.
Key Capabilities of
Refroid Solutions
Discover the practical advantages that help you save time, reduce effort, and get the most out of your investment.
Limited Facility Water Availability
CDUs with heat exchangers to interface with existing chilled-water or dry cooler loops
Limited Facility Water Availability
CDUs with heat exchangers to interface with existing chilled-water or dry cooler loops
Limited Facility Water Availability
CDUs with heat exchangers to interface with existing chilled-water or dry cooler loops
Space Constraints
Compact CDU/rack manifolds; minimal footprint in white space
Space Constraints
Compact CDU/rack manifolds; minimal footprint in white space
Space Constraints
Compact CDU/rack manifolds; minimal footprint in white space
Structural Load Limits
Meets floor loading requirements for immersion tanks & liquid-filled racks
Structural Load Limits
Meets floor loading requirements for immersion tanks & liquid-filled racks
Structural Load Limits
Meets floor loading requirements for immersion tanks & liquid-filled racks
Power & Density Mismatch
Adapt cooling to partial racks or phased deployment (20–50 kW/rack upgrades)
Power & Density Mismatch
Adapt cooling to partial racks or phased deployment (20–50 kW/rack upgrades)
Power & Density Mismatch
Adapt cooling to partial racks or phased deployment (20–50 kW/rack upgrades)
Risk of Downtime
Modular or in-row liquid cooling with minimal disruption
Risk of Downtime
Modular or in-row liquid cooling with minimal disruption
Risk of Downtime
Modular or in-row liquid cooling with minimal disruption
Serviceability
Quick disconnects, hot-swappable CDU pumps, leak detection retrofitted into existing racks
Serviceability
Quick disconnects, hot-swappable CDU pumps, leak detection retrofitted into existing racks
Serviceability
Quick disconnects, hot-swappable CDU pumps, leak detection retrofitted into existing racks
Commissioning Needs
Use portable/liquid-cooled load banks to validate flow, pressure, and capacity pre-deployment
Commissioning Needs
Use portable/liquid-cooled load banks to validate flow, pressure, and capacity pre-deployment
Commissioning Needs
Use portable/liquid-cooled load banks to validate flow, pressure, and capacity pre-deployment
Energy Efficiency Targets
Optimize pPUE/PUE improvements while reusing existing infrastructure
Energy Efficiency Targets
Optimize pPUE/PUE improvements while reusing existing infrastructure
Energy Efficiency Targets
Optimize pPUE/PUE improvements while reusing existing infrastructure
Scalability & Future-Proofing
Design retrofit to expand with growing AI/HPC load without major rework
Scalability & Future-Proofing
Design retrofit to expand with growing AI/HPC load without major rework
Scalability & Future-Proofing
Design retrofit to expand with growing AI/HPC load without major rework
Explore Solutions
Form Refroid
Explore our range of solutions designed for diverse workloads and performance needs.
SentraFLO CDU
Refroid’s Coolant Distribution Unit for Direct-to-Chip Liquid Cooling
SentraFLO SFN & Rack Manifolds
SentraFLO SFN (Secondary Fluid Network) & Rack Manifold System form the secondary loop of Refroid’s Direct-to-Chip Liquid Cooling (DCLC) setup. Designed for balanced coolant flow across every server node, it’s rack-integrated, leak-resistant, and built for low pressure drop and easy maintenance.
ISOPod
Immersion Cooling Solutions offer fully customizable and configurable prefab data centers, ready for immediate deployment. Ideal for rapid capacity expansion and remote deployments, ISOPod ensures flexibility and efficiency in modern data center environments.
MiniPod
Refroid’s MiniPod is a compact, plug-and-play immersion cooling unit designed for remote and edge data centers. It operates efficiently in ventilated or outdoor environments without needing precision air conditioning, making it ideal for small-scale, power-constrained setups.
EcoPod
Refroid’s EcoPod Immersion Solution uses single-phase liquid cooling to support high-density workloads efficiently. Compatible with multiple dielectric coolants, it integrates with SmartKool for better energy efficiency and long-term reliability. Delivers higher cooling in a compact, scalable design.
SentraFLO CDU
Refroid’s Coolant Distribution Unit for Direct-to-Chip Liquid Cooling
SentraFLO SFN & Rack Manifolds
SentraFLO SFN (Secondary Fluid Network) & Rack Manifold System form the secondary loop of Refroid’s Direct-to-Chip Liquid Cooling (DCLC) setup. Designed for balanced coolant flow across every server node, it’s rack-integrated, leak-resistant, and built for low pressure drop and easy maintenance.
ISOPod
Immersion Cooling Solutions offer fully customizable and configurable prefab data centers, ready for immediate deployment. Ideal for rapid capacity expansion and remote deployments, ISOPod ensures flexibility and efficiency in modern data center environments.
MiniPod
Refroid’s MiniPod is a compact, plug-and-play immersion cooling unit designed for remote and edge data centers. It operates efficiently in ventilated or outdoor environments without needing precision air conditioning, making it ideal for small-scale, power-constrained setups.
EcoPod
Refroid’s EcoPod Immersion Solution uses single-phase liquid cooling to support high-density workloads efficiently. Compatible with multiple dielectric coolants, it integrates with SmartKool for better energy efficiency and long-term reliability. Delivers higher cooling in a compact, scalable design.
Edge & Modular
Data Center
For containerized or micro data centers in telecom, industrial, or remote edge locations, compact SentraFlo CDU variants offer high cooling performance within a minimal footprint. When paired with tool-less SFNs and manifolds, they deliver superior thermal efficiency and low-maintenance operation.
Key Capabilities of
Refroid Solutions
Discover the practical advantages that help you save time, reduce effort, and get the most out of your investment.
Compact Footprint
CDUs & Immersion tanks can fit into micro-modular enclosures
Compact Footprint
CDUs & Immersion tanks can fit into micro-modular enclosures
Compact Footprint
CDUs & Immersion tanks can fit into micro-modular enclosures
High Density per Rack
Support 20–60+ kW/rack within limited rack counts
High Density per Rack
Support 20–60+ kW/rack within limited rack counts
High Density per Rack
Support 20–60+ kW/rack within limited rack counts
Limited Facility Water
Often no chilled-water loop → rely on dry coolers, adiabatic systems, or self-contained CDU
Limited Facility Water
Often no chilled-water loop → rely on dry coolers, adiabatic systems, or self-contained CDU
Limited Facility Water
Often no chilled-water loop → rely on dry coolers, adiabatic systems, or self-contained CDU
Energy Efficiency
Immersion cooling tanks for power saving
Energy Efficiency
Immersion cooling tanks for power saving
Energy Efficiency
Immersion cooling tanks for power saving
Remote/Unmanned Operation
Highly reliable, with automated monitoring, leak detection, and predictive maintenance
Remote/Unmanned Operation
Highly reliable, with automated monitoring, leak detection, and predictive maintenance
Remote/Unmanned Operation
Highly reliable, with automated monitoring, leak detection, and predictive maintenance
Rapid Deployment
Prefabricated, plug-and-play cooling modules for quick rollout
Rapid Deployment
Prefabricated, plug-and-play cooling modules for quick rollout
Rapid Deployment
Prefabricated, plug-and-play cooling modules for quick rollout
Environmental Challenges
Design for varied climates (dust, humidity, heat) with sealed or immersion options
Environmental Challenges
Design for varied climates (dust, humidity, heat) with sealed or immersion options
Environmental Challenges
Design for varied climates (dust, humidity, heat) with sealed or immersion options
Serviceability Constraints
Simplified maintenance (quick disconnects, modular swaps) since on-site expertise is limited
Serviceability Constraints
Simplified maintenance (quick disconnects, modular swaps) since on-site expertise is limited
Serviceability Constraints
Simplified maintenance (quick disconnects, modular swaps) since on-site expertise is limited
Sustainability Goals
Optimize PUE/WUE, enable heat reuse or local energy recovery where feasible
Sustainability Goals
Optimize PUE/WUE, enable heat reuse or local energy recovery where feasible
Sustainability Goals
Optimize PUE/WUE, enable heat reuse or local energy recovery where feasible
Explore Solutions
Form Refroid
Explore our range of solutions designed for diverse workloads and performance needs.
SentraFLO CDU
Refroid’s Coolant Distribution Unit for Direct-to-Chip Liquid Cooling
SentraFLO SFN & Rack Manifolds
SentraFLO SFN (Secondary Fluid Network) & Rack Manifold System form the secondary loop of Refroid’s Direct-to-Chip Liquid Cooling (DCLC) setup. Designed for balanced coolant flow across every server node, it’s rack-integrated, leak-resistant, and built for low pressure drop and easy maintenance.
ISOPod
Immersion Cooling Solutions offer fully customizable and configurable prefab data centers, ready for immediate deployment. Ideal for rapid capacity expansion and remote deployments, ISOPod ensures flexibility and efficiency in modern data center environments.
MiniPod
Refroid’s MiniPod is a compact, plug-and-play immersion cooling unit designed for remote and edge data centers. It operates efficiently in ventilated or outdoor environments without needing precision air conditioning, making it ideal for small-scale, power-constrained setups.
EcoPod
Refroid’s EcoPod Immersion Solution uses single-phase liquid cooling to support high-density workloads efficiently. Compatible with multiple dielectric coolants, it integrates with SmartKool for better energy efficiency and long-term reliability. Delivers higher cooling in a compact, scalable design.
SentraFLO CDU
Refroid’s Coolant Distribution Unit for Direct-to-Chip Liquid Cooling
SentraFLO SFN & Rack Manifolds
SentraFLO SFN (Secondary Fluid Network) & Rack Manifold System form the secondary loop of Refroid’s Direct-to-Chip Liquid Cooling (DCLC) setup. Designed for balanced coolant flow across every server node, it’s rack-integrated, leak-resistant, and built for low pressure drop and easy maintenance.
ISOPod
Immersion Cooling Solutions offer fully customizable and configurable prefab data centers, ready for immediate deployment. Ideal for rapid capacity expansion and remote deployments, ISOPod ensures flexibility and efficiency in modern data center environments.
MiniPod
Refroid’s MiniPod is a compact, plug-and-play immersion cooling unit designed for remote and edge data centers. It operates efficiently in ventilated or outdoor environments without needing precision air conditioning, making it ideal for small-scale, power-constrained setups.
EcoPod
Refroid’s EcoPod Immersion Solution uses single-phase liquid cooling to support high-density workloads efficiently. Compatible with multiple dielectric coolants, it integrates with SmartKool for better energy efficiency and long-term reliability. Delivers higher cooling in a compact, scalable design.
Defense
Deployments
Ideal for defense, disaster response, and DR (disaster recovery) zones, with rugged build, self-contained systems, and power resilience that ensure continuity under extreme conditions.
Key Capabilities of
Refroid Solutions
Discover the practical advantages that help you save time, reduce effort, and get the most out of your investment.
Mobility & Rapid Deployment
Immersion Cooling - Rugged, modular cooling units integrated into containers; quick setup & teardown
Mobility & Rapid Deployment
Immersion Cooling - Rugged, modular cooling units integrated into containers; quick setup & teardown
Mobility & Rapid Deployment
Immersion Cooling - Rugged, modular cooling units integrated into containers; quick setup & teardown
Self-Sufficiency
Fully independent cooling (CDUs with dry coolers/adiabatic units); Immersion cooling, no reliance on external chilled-water
Self-Sufficiency
Fully independent cooling (CDUs with dry coolers/adiabatic units); Immersion cooling, no reliance on external chilled-water
Self-Sufficiency
Fully independent cooling (CDUs with dry coolers/adiabatic units); Immersion cooling, no reliance on external chilled-water
Harsh Environments
Operate in extreme temps, dust, humidity, and vibration; sealed immersion
Harsh Environments
Operate in extreme temps, dust, humidity, and vibration; sealed immersion
Harsh Environments
Operate in extreme temps, dust, humidity, and vibration; sealed immersion
Energy Independence
Designed to work with diesel gensets, renewables, or hybrid microgrids; high efficiency to reduce fuel logistics
Energy Independence
Designed to work with diesel gensets, renewables, or hybrid microgrids; high efficiency to reduce fuel logistics
Energy Independence
Designed to work with diesel gensets, renewables, or hybrid microgrids; high efficiency to reduce fuel logistics
Compact & Modular Design
Fit into ISO containers, shelters, or mobile units; easy transport by land, sea, or air
Compact & Modular Design
Fit into ISO containers, shelters, or mobile units; easy transport by land, sea, or air
Compact & Modular Design
Fit into ISO containers, shelters, or mobile units; easy transport by land, sea, or air
Reliability in Field Ops
N+1 redundancy in pumps/heat exchangers; robust leak detection & fail-safe operation
Reliability in Field Ops
N+1 redundancy in pumps/heat exchangers; robust leak detection & fail-safe operation
Reliability in Field Ops
N+1 redundancy in pumps/heat exchangers; robust leak detection & fail-safe operation
Minimal Service Dependency
Hot-swappable modules, Simple maintenance and simple fluid handling for non-expert staff
Minimal Service Dependency
Hot-swappable modules, Simple maintenance and simple fluid handling for non-expert staff
Minimal Service Dependency
Hot-swappable modules, Simple maintenance and simple fluid handling for non-expert staff
Secure & Isolated Operation
Integrated monitoring but no external dependence
Secure & Isolated Operation
Integrated monitoring but no external dependence
Secure & Isolated Operation
Integrated monitoring but no external dependence
Explore Solutions
Form Refroid
Explore our range of solutions designed for diverse workloads and performance needs.
EcoPod
Refroid’s EcoPod Immersion Solution uses single-phase liquid cooling to support high-density workloads efficiently. Compatible with multiple dielectric coolants, it integrates with SmartKool for better energy efficiency and long-term reliability. Delivers higher cooling in a compact, scalable design.
MiniPod
Refroid’s MiniPod is a compact, plug-and-play immersion cooling unit designed for remote and edge data centers. It operates efficiently in ventilated or outdoor environments without needing precision air conditioning, making it ideal for small-scale, power-constrained setups.
ISOPod
Immersion Cooling Solutions offer fully customizable and configurable prefab data centers, ready for immediate deployment. Ideal for rapid capacity expansion and remote deployments, ISOPod ensures flexibility and efficiency in modern data center environments.
EcoPod
Refroid’s EcoPod Immersion Solution uses single-phase liquid cooling to support high-density workloads efficiently. Compatible with multiple dielectric coolants, it integrates with SmartKool for better energy efficiency and long-term reliability. Delivers higher cooling in a compact, scalable design.
MiniPod
Refroid’s MiniPod is a compact, plug-and-play immersion cooling unit designed for remote and edge data centers. It operates efficiently in ventilated or outdoor environments without needing precision air conditioning, making it ideal for small-scale, power-constrained setups.
ISOPod
Immersion Cooling Solutions offer fully customizable and configurable prefab data centers, ready for immediate deployment. Ideal for rapid capacity expansion and remote deployments, ISOPod ensures flexibility and efficiency in modern data center environments.
OEM Factory
Acceptance Testing
Provides a programmable, hardware-free heat source during FAT for OEMs, enabling accurate validation of cooling systems before shipment.
Key Capabilities of
Refroid Solutions
Discover the practical advantages that help you save time, reduce effort, and get the most out of your investment.
Power Capacity
Supports rack/server rated load
Power Capacity
Supports rack/server rated load
Power Capacity
Supports rack/server rated load
Load Control
Supports steady, step, ramp, and transient profiles
Load Control
Supports steady, step, ramp, and transient profiles
Load Control
Supports steady, step, ramp, and transient profiles
Coolant Compatibility
Uses same fluid type (water/glycol or dielectric) as target system
Coolant Compatibility
Uses same fluid type (water/glycol or dielectric) as target system
Coolant Compatibility
Uses same fluid type (water/glycol or dielectric) as target system
Hydraulic Match
Simulates production flow rates, ΔP, and manifold conditions
Hydraulic Match
Simulates production flow rates, ΔP, and manifold conditions
Hydraulic Match
Simulates production flow rates, ΔP, and manifold conditions
Instrumentation
Provides accurate sensors for flow, ΔT, pressure, and power
Instrumentation
Provides accurate sensors for flow, ΔT, pressure, and power
Instrumentation
Provides accurate sensors for flow, ΔT, pressure, and power
Safety Features
Over-temp, over-pressure, leak detection, emergency shutoff
Safety Features
Over-temp, over-pressure, leak detection, emergency shutoff
Safety Features
Over-temp, over-pressure, leak detection, emergency shutoff
Documentation
Provides calibrated data logs for FAT acceptance report
Documentation
Provides calibrated data logs for FAT acceptance report
Documentation
Provides calibrated data logs for FAT acceptance report
Explore Solutions
Form Refroid
Explore our range of solutions designed for diverse workloads and performance needs.