Water management and leak mitigation for subfloor and radiator-based hot water heating systems
Wint monitors low-temperature hot water systems to stop hidden leaks early on, before they cause structural damage, drive up energy costs, or disrupt operations.
Hidden heating pipes, constant circulation, and silent leaks
Low-temperature hot water (LTHW) systems quietly heat buildings through hidden pipes in walls, floors, and mechanical spaces. Over time, heat accelerates corrosion, causing pinhole leaks that often go undetected for months. These leaks lead to water damage, rising energy bills, system degradation, and eventual failures, often only discovered after heating stops or major damage occurs.
High accuracy leak detection for low-temperature heating systems
Wint uses specialized AI and sensitive flow monitoring to detect slow, hidden leaks in low-temperature hot water systems. It flags anomalies early to prevent corrosion, energy loss, and costly failures, protecting heating infrastructure and improving efficiency.
Key features:
- High-sensitivity detection tuned for slow, steady LTHW leaks
- AI trained on LTHW behavior to reduce false alerts
- Non-invasive meters install easily on live systems
- Real-time alerts to catch problems before damage occurs
- Optional auto-shutoff to contain major leaks and prevent downtime
How it Works
Wint installs precision meters on low-temperature hot water lines, subfloor heating and radiators. Its AI is purpose-built to distinguish normal flow in these systems from leaks.
Wint spots pinhole leaks early, giving your team time to act before corrosion, pressure loss, or structural damage disrupts your building’s heating system.