Complete building envelope design

Facades

  • Aluminium is a popular choice for building facades due to its lightweight, durable, and versatile properties. Its excellent corrosion resistance makes it ideal for Australia's diverse climates, while its recyclability supports sustainable construction practices. Aluminium can be shaped into intricate designs, offering architects and builders flexibility in creating visually striking and functional exteriors.

  • Cladding is an essential element that provides both functional and aesthetic benefits. It acts as a protective layer, shielding buildings from weathering, insulation loss, and structural damage while enhancing energy efficiency.

  • Performance glass is designed to enhance energy efficiency, comfort, and aesthetics in modern buildings. Engineered with advanced coatings and technologies, it helps regulate heat, minimise glare, and improve insulation while allowing natural light to flood interior spaces, and enhance the aesthetics of the building.

  • Louvres are a versatile architectural feature designed to enhance ventilation, light control, and privacy in buildings. They are available in a range of materials and finishes, offering both functional and aesthetic benefits for residential, commercial, and industrial projects. Louvres are ideal for managing airflow and temperature, reducing energy consumption, and protecting against harsh weather conditions while maintaining a sleek and modern appearance. At Mantis Engineering, we specialise in precision-engineered louvre systems tailored to suit the unique needs of your project.

Building Physics

  • Thermal analysis is a crucial process in optimising building performance and delivering energy efficient buildings, by focusing on the transfer of heat through materials. By assessing factors like thermal bridging, insulation performance, and temperature regulation, a building can reduce energy consumption and meet high sustainability goals.

  • Condensation analysis is essential for preventing internal moisture-related issues in buildings, such as mould growth, material deterioration, and reduced insulation performance. This process evaluates temperature, humidity, and airflow to identify areas where condensation may occur and develop strategies to mitigate it. Proper condensation control enhances the durability and energy efficiency of a building while ensuring a healthier indoor environment.

  • Reflectivity studies are essential for understanding and managing the impact of building surfaces on light and heat and surrounding areas. These studies assess how materials reflect sunlight and other forms of radiation, influencing factors like thermal comfort, energy efficiency, and compliance with urban glare regulations. Properly conducted reflectivity studies help optimise material selection and design, minimising unwanted glare and heat gain while enhancing overall building performance.

Waterproofing

  • Torch-on bitumen sheet systems are a reliable and durable waterproofing solution widely used in modern construction. Comprising layers of modified bitumen reinforced with materials such as polyester or fibreglass, these systems are applied using heat to create a seamless and highly effective barrier against water ingress. Torch-on membranes are ideal for flat roofs, balconies, and other exposed areas, offering excellent resistance to weathering, UV rays, and mechanical stress.

  • PVC sheet systems are a lightweight and durable waterproofing solution designed for modern construction needs. These single-ply membranes are made from PVC or rubberised sheet, and can offer excellent flexibility, UV resistance, and weatherproofing. Ideal for flat and low-sloped roofs, PVC sheets provide a seamless barrier against water ingress and are resistant to punctures, chemicals, and environmental stress. Easy to install and maintain, they are also an eco-friendly option due to their recyclability.

  • Liquid-applied systems are a versatile and seamless waterproofing solution suitable for a variety of construction applications. These systems involve the application of liquid membranes that cure to form a durable, flexible, and watertight barrier. Ideal for roofs, balconies, and complex structures with irregular shapes, liquid-applied systems provide excellent adhesion and protection against water ingress, UV exposure, and environmental wear.

  • Integration and interface details are critical elements of design to ensure the performance and longevity of a building envelope. These form a continuous connection between different materials and systems, such as between waterproofing and cladding, glazing, and other structural elements. Properly designed integrations enhances both functionality and aesthetics, ensuring a cohesive and durable building envelope.