Blast & Pressure Relief
Protect against pressure increase dangers with Airocle range of sustainable, 100% natural pressure relief vents.
Designed for industrial buildings with potentially explosive atmospheres, hazardous materials, and volatile operations, our CSIRO-certified pressure relief vents help to safeguard workers and satisfy stringent Building Code of Australia (BCA) ventilation requirements.
Designed for industrial buildings with potentially explosive atmospheres, hazardous materials, and volatile operations, our CSIRO-certified pressure relief vents help to safeguard workers and satisfy stringent Building Code of Australia (BCA) ventilation requirements.
Bespoke Australian-Owned Solutions
Airocle is Australian-owned and operated with manufacturing done in NSW. We’re trusted by some of the biggest names in business and industry, creating bespoke ventilation solutions across numerous sectors. We offer a full range of services including servicing, to ensure your compliance needs are met.
About Us
Dynamic Ventilation
In the event of a pressure increase, our innovative pressure relief ventilators react instantly to quickly and effectively expel the rapidly expanding heated gases. Post-event the vents close, safely repressurising the building back to ambient levels whilst ensuring full weather protection.
Fully customisable to your project, including the minimum pressure level for operation, our pressure relief vents use no electricity and have no complicated componentry, no running costs, and require little to no maintenance – giving you a fail-safe guarantee of building and people protection and an energy-efficient net-zero approach to your industrial operations.
Australian-Made & Owner, Tried & Tested
Our blast and pressure relief vents are designed and manufactured right here in Australia. Have peace of mind knowing our products are designed to meet Australian building standards and have undergone rigorous testing, with over 100 years of experience.
Why Airocle
Why choose Airocle blast and pressure relief vents?
Weathertight
We offer the highest standard of weatherproofing options for maximum protection. Dust filters, rain sensors, control panels and more can all be incorporated into your existing or new structures.
Energy efficient
Airocle’s innovative design principles and superior construction methods mean total energy usage and associated costs are reduced.
End-to-end solutions
We’ll take care of everything, from initial designs and engineering to in-house manufacturing, delivery and installation onsite.
Bespoke Design
A flexible design that adapts to your needs. Select from a range of colours and materials to achieve your vision while ensuring results.
Effective & Reliable
Every vent is Building Code of Australia (BCA) compliant and rigorously tested and certified by leading research centres CSIRO and NATA for performance, reliability, and durability.
A fail-safe solution
With fail-safe automatic triggers and manual operation, our natural fire and smoke ventilators can be used year-round for optimal fresh indoor airflow.
Products
Specialised services for an end-to-end solution
Ridge Vents
In the realm of natural fire and smoke ventilation, Airocle commitment to innovation is evident in its purpose-engineered automatic ridge vents, offering versatile solutions suitable for slope, ridge, flat, or curbed roofs, fitting seamlessly into various building roof profiles.
Rotary Vents
Highly versatile, Airocle roof rotary ventilators can be used on slope, ridge, flat or curbed roofs and will fit all building roof profiles.
Fire & Smoke Vents
Airocle takes the lead in natural fire and smoke ventilation by introducing cutting-edge innovation in its purpose-engineered blast and pressure vents, delivering reliable solutions designed to enhance safety and resilience across a range of building structures.
Acoustic Louvres
In the arena of natural fire and smoke ventilation, Airocle stands out with its innovative approach, exemplified by purpose-engineered acoustic louvres that offer effective solutions for sound control, ensuring optimal performance and adaptability in diverse building applications.
