Australian Thermal Industries
Cavi-Break & Cavi-Vent Strips
The all-in-one cavity batten system delivering superior thermal breaks, effective condensation management and reliable cavity closure for both residential and commercial construction
The ATI Cavi-System
Your complete NCC compliance solution for Thermal Breaks and Cavity Ventilation
Cavi-Break® and Cavi-Vent®: A Powerful Duo
Experience ATI’s Cavi-System, the ultimate solution for efficient thermal breaks and cavity drainage. Our innovative cavity batten products, Cavi-Break® and Cavi-Vent®, work together seamlessly to provide superior performance and durability.
Cavi-Break®: The Essential Thermal Break Cavity Batten
- High-performance thermal barrier: Effectively reduces heat transfer between external cladding and the frame.
- Easy installation: Self-adhesive backing ensures quick and secure application.
- Versatile compatibility: Suitable for both steel and timber frame construction.
Cavi-Vent®: Ventilated Cavity Drainage Batten, Cavity Closer and Thermal Break
- Dual functionality: Acts as both a ventilated 20mm cavity drainage batten and a thermal break.
- Superior moisture management: Promotes airflow and prevents condensation, reducing the risk of rot, mildew and mould.
- Effective pest control: Closes the cavity, preventing vermin infestation.
Key Benefits:
- Achieve 7 Star energy efficiency: Significantly reduce thermal bridging for optimal performance.
- Improve building durability: Create a healthy and long-lasting structure with proper ventilation and moisture control.
- Simplify installation: Our products are designed for easy application, saving you time and effort.
Ideal for:
- Steel and timber framing
- Residential and commercial construction
- All types of lightweight cladding
Choose Australian Thermal Industries’ Cavi-System for a comprehensive solution that delivers exceptional results.
Easy and Quick Install
Watch the Cavi-System installation in action at a Brooks Builders’ child care site
Thermal Performance
Exceeding the National Construction Code (NCC) minimum R-Value requirement of 0.2 m² K/W nearly three times
With an R-value of 0.58 m² K/W, ATI’s Cavi-Break® and Cavi-Vent® Strips are an advanced thermal break and condensation management solution.
With the upcoming NCC 2025 changes, this will become even more important.
Test the R-Value of your wall!
Benefits for Builders
There are many benefits for residential and light commercial builders using the Cavi-Break® and Cavi-Vent® System
- Lightweight for easy handling
- Easy to cut & quick to install
- 45mm x 20mm based on industry needs
- Convenient 1200mm length
- Will not compress (300KPa strength)
- Self-adhesive that really works
- 70 Cavi-Break or Cavi-Vent Strips (84 linear meters) per carton
- Superior condensation management
- Superior thermal properties (R-value of 0.58m²)
- 10 Year Warranty
Cavi-Break® Strips
Industry-leading thermal break and cavity batten for residential and light commercial construction
Ideal for use with both steel and timber framing, ATI Cavi-Break® Strip is the thermal break cavity batten solution Australian builders have been looking for to comply with the increased NCC 2025 thermal performance requirements.
- R-value of 0.58m² K/W.Exceeding the minimum National Construction Code (NCC) by almost three times.
- Developed in close consultation with industry experts and leading builders to better suit their needs and save valuable time and money.
- Supplied in convenient 1200mm strips to suit a typical 2400mm ceiling height.
- Each carton contains 70 Cavi-Break Strips or 84 linear meters, enough to batten up no less than 35 studs, but still is lightweight to carry.
For more information open the product page, or consult the brochure.
Cavi-Vent® Strips
Industry-leading ventilated cavity drainage batten, cavity closer and thermal break
To easily and effectively comply with the new NCC 2025 cavity ventilation and condensation management requirements, the ATI Cavi-Vent® Strip is the must have solution for Australian builders.
- Save valuable time and money. Ease of handling and install (1/10th the weight of timber).
- Each carton contains 70 strips, totalling 84 linear meters.
- 1200mm length ideal for 600mm stud centre builds.
For more information open the product page, or consult the brochure.
NCC 2025 Changes to Thermal Breaks and Condensation Management: What You Need to Know
Using ATI’s Cavi-Break® and Cavi-Vent® systems makes it easy to stay ahead. Our solutions streamline compliance with current standards and are designed to meet NCC 2025 requirements for thermal efficiency, cavity ventilation and condensation management, ensuring your projects are built to best practice.
What do the NCC 2025 updates mean for thermal breaks, wall cavity ventilation, and the construction industry at large?
How many strips do you need?
We’ve created a Usage Estimator for your convenience to estimate how many strips are needed for your project.
Call 1300 430 949 or send us a message for a free sample or any other question.
Customer Stories
The ATI Story
Revolutionising Australian Building Efficiency
In both residential and light commercial construction sectors, prioritising thermal efficiency and effective condensation management is essential. The industry-wide quest for high-performing thermal breaks and cavity battens that marry efficiency with cost-effectiveness is ongoing. Australian Thermal Industries (ATI) addresses this demand, dedicated to delivering premium solutions for Australian builders across various sectors.
With a keen eye on innovation and strategic procurement, ATI presents Cavi-Break® and Cavi-Vent®, standout products developed to enhance thermal mitigation for steel framing and to provide dependable cavity battens for timber frames, ensuring superior condensation management and bolstering building integrity.
Contact us today
Cavi-Break® and Cavi-Vent® Thermal Break Strips are a lightweight, easy to apply and economical product that exceeds the minimum National Construction Code (NCC) requirement by almost 3 times.
Contact us today so that we can work with you on your project.