Fields of Application

Sports & Industrial
Floor Heating

Select Application

Products that service this field

Aquatherm

Blue MF

Fibre-reinforced for stability. Reduced expansion, higher flow, light to handle, easy to weld.

Aquatherm

Blue MF RP

Multi-layer strength with added compressive performance for tougher installs.

Aquatherm

Blue UV

UV-resistant fusiolen® for pipework exposed to sunlight. Built to last outdoors.

Aquatherm

Energy – Blue

Engineered for pre-insulated heating and cooling networks. Aquatherm Energy delivers efficient thermal performance for underground and outdoor applications. Contact us to learn more.

Aquatherm

Black

Aquatherm Black is an award-winning surface heating and cooling system that disappears into the build. Install it in ceilings, walls or floors for efficient room control without bulky units.

Built for performance,
designed to last.

Sports and industrial floor heating systems operate under constant load, large surface areas, and demanding conditions. From stadiums and sports halls to industrial facilities, these systems must deliver consistent performance while keeping energy use and maintenance under control.

At USCO, we support sports and industrial floor temperature controlled applications with Aquatherm Blue and Aquatherm Black systems. Proven internationally across turf heating, ice rinks, sports floors, and large-scale radiant installations, these systems deliver corrosion-free performance, efficient heat transfer, and long service life.

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Built for performance,
designed to last.

Enquire now

Key features

Deliver Efficient, Even Heat Distribution

Large floor and turf areas demand consistent temperatures and controlled flow. Aquatherm Blue supports efficient heat transfer with low friction losses, while Aquatherm Black enables grid-based radiant heating solutions in approved floor, wall, or ceiling installations.

Deliver Efficient, Even Heat Distribution

Withstand Heavy Use & Environmental Exposure

Sports and industrial environments place high demands on materials. Aquatherm Blue offers corrosion-resistant performance for embedded systems and high-usage public facilities.

Withstand Heavy Use & Environmental Exposure

Sports and industrial environments place high demands on materials. Aquatherm Blue offers corrosion-resistant performance for embedded systems and high-usage public facilities.

Support System Integrity

Long-term performance depends on stable materials and reliable system design. Aquatherm Blue delivers oxygen-tight performance for heating circuits, helping protect pumps and plant. Aquatherm Black includes EVOH oxygen barrier layers in line with DIN EN 1264 requirements.

Support System Integrity

Engineer for Complex, Large-Scale Installations

Stadiums, ice rinks, and industrial floors require careful system planning. Aquatherm Blue is used in manifold-fed systems, turf heating, and ice surface cooling applications worldwide. Aquatherm Black supports radiant solutions where installation conditions allow.

Engineer for Complex, Large-Scale Installations

Fields of Application

Pure Water & RO
Pure water, RO, and deionised systems demand absolute material stability. Any contamination, corrosion, or breakdown can compromise water quality and downstream processes.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be lead free, non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non Potable & Process Water
Non-potable and process water systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable, cost-effective materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature variances, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Glycol systems demand long-term thermal stability. Material compatibility, corrosion resistance and dependable flow are essential to maintaining system efficiency and protecting critical heating and cooling infrastructure.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate in challenging environments for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the media.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In-Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance
Pure Water & RO
Pure water, RO, and deionised systems demand absolute material stability. Any contamination, corrosion, or breakdown can compromise water quality and downstream processes.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be lead free, non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non Potable & Process Water
Non-potable and process water systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable, cost-effective materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature variances, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Glycol systems demand long-term thermal stability. Material compatibility, corrosion resistance and dependable flow are essential to maintaining system efficiency and protecting critical heating and cooling infrastructure.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate in challenging environments for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the media.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In-Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance
Pure Water & RO
Pure water, RO, and deionised systems demand absolute material stability. Any contamination, corrosion, or breakdown can compromise water quality and downstream processes.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be lead free, non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non Potable & Process Water
Non-potable and process water systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable, cost-effective materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature variances, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Glycol systems demand long-term thermal stability. Material compatibility, corrosion resistance and dependable flow are essential to maintaining system efficiency and protecting critical heating and cooling infrastructure.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate in challenging environments for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the media.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In-Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance
Pure Water & RO
Pure water, RO, and deionised systems demand absolute material stability. Any contamination, corrosion, or breakdown can compromise water quality and downstream processes.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be lead free, non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non Potable & Process Water
Non-potable and process water systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable, cost-effective materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature variances, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Glycol systems demand long-term thermal stability. Material compatibility, corrosion resistance and dependable flow are essential to maintaining system efficiency and protecting critical heating and cooling infrastructure.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate in challenging environments for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the media.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In-Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance

Pure Water & RO
Pure water, RO, and deionised systems demand absolute material stability. Any contamination, corrosion, or breakdown can compromise water quality and downstream processes.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be lead free, non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non Potable & Process Water
Non-potable and process water systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable, cost-effective materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature variances, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Glycol systems demand long-term thermal stability. Material compatibility, corrosion resistance and dependable flow are essential to maintaining system efficiency and protecting critical heating and cooling infrastructure.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate in challenging environments for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the media.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In-Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance
Pure Water & RO
Pure water, RO, and deionised systems demand absolute material stability. Any contamination, corrosion, or breakdown can compromise water quality and downstream processes.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be lead free, non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non Potable & Process Water
Non-potable and process water systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable, cost-effective materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature variances, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Glycol systems demand long-term thermal stability. Material compatibility, corrosion resistance and dependable flow are essential to maintaining system efficiency and protecting critical heating and cooling infrastructure.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate in challenging environments for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the media.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In-Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance
Pure Water & RO
Pure water, RO, and deionised systems demand absolute material stability. Any contamination, corrosion, or breakdown can compromise water quality and downstream processes.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be lead free, non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non Potable & Process Water
Non-potable and process water systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable, cost-effective materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature variances, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Glycol systems demand long-term thermal stability. Material compatibility, corrosion resistance and dependable flow are essential to maintaining system efficiency and protecting critical heating and cooling infrastructure.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate in challenging environments for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the media.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In-Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance
Pure Water & RO
Pure water, RO, and deionised systems demand absolute material stability. Any contamination, corrosion, or breakdown can compromise water quality and downstream processes.
Potable Water
Potable systems must protect water quality from source to tap. Materials need to be lead free, non-leaching, corrosion-resistant and built to meet recognised standards. Long-term reliability isn’t optional, it’s expected.
Non Potable & Process Water
Non-potable and process water systems still demand durability and fit-for-purpose design. Variable water quality and reuse applications require corrosion-resistant, reliable, cost-effective materials.
Rainwater Harvesting
Rainwater systems manage variable water quality and environmental exposure. Long-term durability and reliable jointing underpin effective reuse.
HVAC
Heating and cooling networks operate under temperature variances, vibration and continuous load. Long-term efficiency relies on corrosion resistance, joint integrity and consistent system performance.
Glycol Cooling Water
Glycol systems demand long-term thermal stability. Material compatibility, corrosion resistance and dependable flow are essential to maintaining system efficiency and protecting critical heating and cooling infrastructure.
Industrial Piping
Industrial systems operate under pressure, temperature fluctuation and continuous load. Performance depends on corrosion resistance, material compatibility and compliance with recognised standards.
Compressed Air
Compressed air networks run under constant pressure and mechanical stress. Corrosion resistance, seal integrity and safe long-term performance are essential.
Geothermal
Geothermal systems operate in challenging environments for decades. Materials must handle pressure, ground conditions and continuous temperature exchange without degradation.
Chemical Transport
Chemical systems require strict compatibility and stable containment. Media, temperature and concentration all influence material choice. Performance depends on selecting the right solution for the media.
Sport and Industrial Floor Heating
Large-scale radiant systems must deliver even heat across significant areas. Once installed, access is limited, so durability, oxygen control and long-term thermal stability matter.
Fire Protection
Fire systems must perform instantly, often after years of inactivity. Corrosion resistance, clear flow paths and compliance-driven design are fundamental.
Radiant Heating
From residential slab heating to large-scale commercial floor systems, radiant projects demand long-term performance. Once embedded, access is limited, so compliance, oxygen control and material reliability must be right from the start.
Gas
Gas systems demand absolute integrity. Materials, jointing and sealing must meet recognised gas compliance standards and perform without compromise under pressure.
Data Centre Cooling
Data centre cooling supports mission-critical uptime. Thermal stability, corrosion resistance and scalable system integrity are central to performance.
In-Ground
In-ground systems need to perform long term under pressure, movement and changing ground conditions. Durability, joint integrity and long-term system reliability are central to performance

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Sports & IndustrialFloor Heating