Empowering Smart Moisture Management

Explore expert tips, industry insights, and product updates on protecting buildings from water damage.

Moisture Risk in Modern Construction: What Every Project Team Needs to Know

A recap of Tector’s webinar on moisture risk in modern construction. Learn why timber, flat roofs and complex envelopes increase risk – and how real-time monitoring helps prevent costly damage and disputes.

Complete Guide: Mould in Buildings

Mould and black mould damage buildings and harm the people inside them. Here is everything you need to know: what causes it, why it's dangerous, how to detect it, and how to keep it out for good.

Moisture in the construction industry: How 2025 data can change risk management

Moisture in Construction 2025: Risks, Trends & Best Practices.

Timber and Water in Australia: Lessons for Construction and Ongoing Moisture Monitoring

Discover how timber construction in Australia faces unique moisture challenges. Learn expert tips on construction control, in-service monitoring, and protecting timber from water damage.

Moisture Management Legislation around the World

Moisture mismanagement silently damages buildings and drives up costs. It reduces asset value, increases maintenance bills, and risks violating building codes. While Australia, the UK, and North America have different regulations, the business consequences are similar: poor moisture control can lead to financial loss, compliance issues, and legal risk.

Autumn and Flat Roof Moisture: Why Condensation in Flat Roofs Spikes in Cool Weather

Flat roofs are notorious for moisture problems. The vast majority of flat‑roof failures stem from moisture, either rainwater ingress or hidden condensation. By the time you see a stain on your ceiling, damage is already underway. Understanding the science of condensation in flat roofs, mastering flat roof moisture management, and recognising when risk peaks each season are critical for both facility managers and roofing contractors.

Designing for the Future: Moisture, Mass Timber, and Smarter Buildings

At Tector, we're building smarter, not just stronger. As mass timber and low-carbon construction evolve from trend to norm, there's one risk that continues to fly under the radar, and costs the construction industry billions: moisture. In our recent webinar, Designing for the Future: Sustainability and Durability of Buildings, we brought together experts from timber design, construction, and insurance to tackle the big question: How can we manage moisture better, before it becomes a problem?

How Tector Supports DGNB Sustainability Certification

Tector’s moisture monitoring system, validated by Rambøll, helps projects meet DGNB sustainability criteria through real-time alerts, data logging, and lifecycle support. It also contributes to bonus points under DGNB Heart and Innovation.

Understanding moisture conditions in warm roofs during summer

Learn how Tector’s moisture monitoring system helps manage moisture conditions in warm roofs during summer, understanding issues like condensation and ensuring long-term roof performance

Manual vs. automatic moisture monitoring

High levels of moisture in timber can lead to serious issues like mould growth or more structurally significant damage as a result of wood-rotting fungi, if left unchecked. This blog explains the risks of high moisture levels, the signs to watch for, and compares manual and automatic monitoring methods. With real-time alerts and continuous data, automatic systems like Tector’s make it easier to prevent damage, reduce workload, and protect the longevity of timber buildings.

Smarter CLT construction starts with better moisture insight

This blog explores how moisture impacts cross-laminated timber (CLT) buildings, highlighting common risks during and after construction. It shows how real-time monitoring can help detect issues early, manage drying times, and keep projects on track for long-term durability.

Moisture Monitoring of Risk Areas During Construction and Maintenance

Moisture-related issues remain a significant challenge during both construction and the subsequent maintenance of buildings. Effective moisture monitoring helps prevent structural damage, mold growth, and deterioration of building materials. In this article, we review key risk areas and provide updated guidelines for moisture monitoring.