Intelligence Hub
Warmset Knowledge Base
Welcome to the Warmset Knowledge Base — a curated library of independent, technical and practical resources designed to help homeowners, architects, builders and designers make confident, informed decisions about underfloor heating in Australia and New Zealand.
Modern buildings demand a different approach to warmth.
Higher insulation levels, all-electric homes, sensitive floor finishes and rising energy costs mean that heating systems must now be designed as part of the building itself — not simply added as an afterthought.
This Knowledge Base brings together Warmset’s most authoritative guides, comparisons, technical insights and real-world case studies to explain how underfloor heating actually behaves in modern buildings, how different systems compare, and what truly matters for long-term comfort, efficiency and floor protection. Whether you are planning a renovation, designing a new home, or specifying heating for a larger project, these resources are designed to give you clarity, confidence and a deeper understanding of how modern electric underfloor heating works — so you can make decisions that feel right today and continue to perform for decades to come.
This Knowledge Base brings together Warmset’s most authoritative guides, comparisons, technical insights and real-world case studies to explain how underfloor heating actually behaves in modern buildings, how different systems compare, and what truly matters for long-term comfort, efficiency and floor protection. Whether you are planning a renovation, designing a new home, or specifying heating for a larger project, these resources are designed to give you clarity, confidence and a deeper understanding of how modern electric underfloor heating works — so you can make decisions that feel right today and continue to perform for decades to come.
What You Will Learn
How contemporary building design has changed the way heating systems must now perform. Click to continue reading...
What “modern underfloor heating” truly means in all-electric, highly insulated homes. Click to continue reading...
Why traditional heating assumptions are becoming less aligned with current construction methods. Click to continue reading...
How radiant warmth influences comfort, surface temperatures and material behaviour.
What defines advanced electric underfloor heating architectures.
We employ solvent-free manufacturing processes, use 100% recyclable materials, and power our production with solar energy.
How whole-of-house underfloor heating can be designed correctly and safely
How long-term comfort, efficiency and flooring protection are now central performance measures
Click on Each Tile For a Deep Dive
CF - Category Foundations
Understand what modern underfloor heating actually means in today’s Australian buildings and how expectations have changed.
Click to explore.SC - System Comparisons
Clear, objective comparisons between air-forced, electric and hydronic underfloor heating, including cost, performance and long-term reliability.
Click to explore.DS - Design & Specification
Technical guidance for architects, builders and designers on how to correctly design, zone and specify underfloor heating systems.
Click to explore.RP - Risks & Flooring Protection
Learn how underfloor heating interacts with timber, tiles, adhesives and moisture — and how to avoid costly flooring failures.
Click to explore.AP - Applications
Explore how underfloor heating behaves in different spaces, from bathrooms and whole-of-house projects to renovations and coastal homes.
Click to explore.RE - Research & Evidence
Real-world projects, testing, interviews and research that demonstrate long-term performance, comfort and reliability.
Click to explore.
Heating Cost Simulator
Estimate your heating costs instantly with our easy-to-use Heating Cost Simulator—helping you make smarter, more energy-efficient choices.
Insulation
How to pick the correct insulation level? Follow these guidelines:
- Low insulation: below 7 stars rating
- Average insulation: 7 stars rating
- High insulation: 8+ stars (Passive or similar)
How to determine the correct estimated wattage? Follow these guidelines:
- Low insulation: 150W
- Average insulation: 100W (150W for bathrooms)
- High insulation: 40W to 80W (100W for bathrooms)
Climate zones
- Zone 4 & 5: Hot/dry summer, cool to cold winters (Ex. Adelaide, Sydney)
- Zone 6 & 7: Mild to cool temperate (Ex. inland VIC, inland Southern SA, inland NSW)
- Zone 8: Regions with snowfalls
Disclaimer
These calculations reflect Warmset’s typical usage scenarios and construction site experiences. They are provided solely for illustrative purposes and do not represent a scientific standard or a binding commitment by Warmset or Warmset Australia. Actual running costs will vary depending on specific installation parameters, level of insulation, floor type, solar power connection, and heat loss factors of the specific building. This approximation does not imply any warranty or guarantee of energy consumption and/or electricity costs.
Experience the most natural form of heating