Friday, December 17, 2021

Building Innovations

According to industry experts, matters of energy efficiency, innovative building technologies and evolving design trends are the key factors shaping our homes as we enter 2020. Prefab construction is a growing trend, with the advantages of quality control, design flexibility and reduced labour costs making it a highly desirable choice — for new builds in particular.

Energy efficiency continues to be a high priority as home builders look to offset rising energy costs and find a more eco-friendly construction footprint. Glazing is one of the biggest arenas tackling this concern, along with thermally efficient green building materials and the wide use of water-wise fittings and fixtures in order to conserve water.

In home design trends, experts are predicting that the current thirst for clean lines and a minimalist aesthetic will continue to meet the needs of Australian homeowners as we move into a new decade. Innovations in small space design will surge as block sizes get smaller and vertical living increases — making balconies and courtyards the new greenspace of an increasingly urban population. And home automation will become more commonplace as we take control of our living environment and automate everything!



The market for green building products is a growth market (no pun intended). Eco-conscious home builders everywhere are seeking materials that result in a non-toxic habitat with a low environmental impact, are sustainable, and offer improved thermal efficiency for future energy savings. Luckily for these conscientious people, the range of eco-friendly construction materials available today tick many of these boxes, including hempcrete.

A biocomposite material made from hemp shiv (the inner woody core of the industrial hemp plant) and lime, hempcrete is used to construct insulating walls, floors and roofs, or make construction blocks and panels. A sustainable building product, it produces excellent thermal insulation that results in reduced energy consumption.

Hempcrete is BAL FZ-rated for use in bushfire prone areas and is termite and mould resistant. It is also permeable or ‘breathable’, regulating indoor humidity by absorbing/desorbing water vapour to provide a comfortable and healthy interior atmosphere, and locks in carbon (approx. 100kg of carbon per square metre of hempcrete).

Presenting a textured finish in its natural state that is both attractive and durable, hempcrete can also be covered with a render to achieve a smoother, more modern aesthetic if desired.

Dedicated to the use of sustainable and eco-friendly materials, hemp building specialist Hemp Lime Constructions (HLC) use Tradical®Hempcrete in their work. A highperformance, low impact building method, hempcrete allows HLC to meet the needs of its most discerning clients while staying true to its commitment to bio-based construction.



Taking up a large percentage of a home’s surface area, glazing is a major construction consideration contributing to security and thermal efficiency. With up to 40 percent of a home’s heat loss and up to 87 percent of its heat gain occurring via windows, it is essential that well-engineered glazing be expertly fitted to ensure optimal energy gains. In addition, superior window design provides a solid security measure and ensures the architectural vision of a home.

Setting the benchmark in energy efficient glazing since 1990, Paarhammer windows and doors are custom made in Australia to meet structural performance and water penetration standards of the highest level. Unique framing, sealing and secure metal-to-metal locking systems, combined with double or triple glazing, produce windows and doors with high sound protection and premium energy efficiency.

Suitable for passive house construction, with a variety of glass options including Low-E and switchable I-glass, Paarhammer’s Architectural Timber Range of high performance windows offer design excellence and unparalleled security and strength.

With natural insulation properties, timber is both versatile and attractive. Available in a variety of plantation grown timbers, including FSC® certified timber, and offering a range of styles from tilt n’ turn windows to sliding doors, Paarhammer’s Architectural Timber collection can be custom designed to fit everything from modern constructions to heritage renovations.



More than just a Scandi design influence, infrared saunas offer a plethora of health benefits relevant to combatting today’s concerns regarding health and wellbeing.

Whether it’s dealing with pain from arthritis, managing conditions such as fibromyalgia or injury related pain, saunas have long proven an effective method in the relief of symptoms. Saunas have also been proven to increase blood circulation, cleanse the skin, relieve stress, improve quality of sleep, aid in recovery after exercise, and contribute to weight loss for overall improved health.

The growing interest in building saunas into Australian homes can be attributed to our belief in the benefits of a healthy lifestyle, making a personal infrared sauna an investment not only in good health but also in your home’s value.

Infrared saunas work by heating the body directly, penetrating into the skin and increasing cardiovascular output that in turn removes heavy metals and toxins from the body through sweat.

With an interestin supporting health and wellbeing, iHealth Saunas offer a collection of quality infrared saunas to meet a range of needs. From a compact unitideal for apartments to a spacious three-person unit, each iHealth sauna can be safely constructed into any home. Builtto Australian electrical safety standards, each unit’s high-efficiency, low-EMF carbon heating element effectively disperses infrared energy across a wide surface area for a cost-effective and comfortable sauna experience.



With the demand for cost-effective and eco-friendly energy options on the rise, solar power solutions for home energy needs is a burgeoning industry. In a country where sunshine reigns day after day, solar power is a solid investment, and today’s advancements in technology are making it easier for households to participate.

Recently launched in Australia by SENEC, the Home V3 Hybrid solar battery is a revolution in home energy consumption, providing households with up to 90 percent solar-power self-sufficiency, saving thousands a year in energy costs with excess power pumped back into the grid.

Of the 20 percent of homes in Australia fitted with solar panels, only 3 percent had batteries connected at the time of installation — usually due to a lack of benefits that warrant the price. The new generation SENEC hybrid solar battery delivers a range of benefits never seen before, including a 20-year warranty, combined PV inverter and battery inverter, PV overvoltage protection safety, three-tier remote monitoring, unlimited solar recharging cycles, and retrofit capacity.

Designed, engineered and manufactured in Germany, the SENEC Home V3 Hybrid battery takes up just 0.29m2; a compact unit that is easily installed without specialist tools. An intelligent management system, this hybrid solar battery is a revolution in energy storage and consumption.



Insulated wall panel and cladding products are the leading-edge frontier in residential and commercial construction. Reducing building costs via improved manufacturing methods and reduced onsite labour costs, prefab construction materials are a cost-efficient and sustainable method of erecting a house in today’s competitive and eco-conscious market.

Taking prefab seriously, Bondor, a leader in complete thermal building solutions, produce LuxeWall®; a lightweight architectural walling system. Admired for its range of luxury finishes and high-performance insulation options, LuxeWall®offers builders a sustainable choice that helps them meet project timeframes and budget parameters.

Suitable for use as a feature wall, decorative fa├žade or upper/lower storey walling, LuxeWall ®(50mm and 75mm) is a Codemark® accredited concealed fix system, finished with the market-first UniSmart architectural trim and capping system.

LuxeWall® (50mm) has a 60 minute fire rating (FRL 60/60/60) for residential applications when used as a boundary wall system, and is suitable for multiresidential and commercial use that requires a 90 minute fire rating (FRL 90/90/90).

With excellent thermal efficiency properties, this pre-finished walling product is versatile and offers flexibility to meet a range of needs. Able to take a range of matte and metallic painted finishes or texture coatings, LuxeWall®provides the freedom to achieve a plethora of design visions and meet council or developer requirements.

To find the right combination, consult with Bondor to guarantee LuxeWall® meets your building and design specifications.

Is The Future of Construction Modular?

Is The Future of Construction Modular?

Prefabrication of parts and off-site construction of modules has been a practice for more than 10 years. However, in the last couple of years, we’ve seen changes in the construction industry move more towards bringing the work in-house.

La Trobe Tower in Melbourne, with 44 storeys and standing at 133m, is now officially Australia’s tallest prefabricated building. The residential tower was constructed in only 16 months. Similar projects are going on in the UK and the US.

The experts behind all these projects share the same vision: the future is modular. They believe the technology needed to have modular construction finally exists and they plan to show it. The problem is that many people still don’t believe in this way of building, even though, since the 1990s, government reports were saying that modular construction is safer and faster, while not compromising the quality of the construction.

Unfortunately, the majority of buildings worldwide are still made the old-fashioned way — on site. What keeps the hope of having a modular future alive is many large-scale projects around the world that are built using this technology. Projects such as Google Headquarters, which was designed by Bjarke Ingels; Creekside Wharf in Greenwich, which is the tallest modular structure in the UK; and the La Trobe Tower, which is the highest in Australia.

The benefits of modular construction are any. It is a safer way of building but at the same time it can be both cheaper and faster. Contractors are now able to start working on foundations on-site and start with the manufacturing process in the factory. Experts have calculated this can enable projects to be finished up to 50 per cent faster than with traditional construction.

Furthermore, modular construction and prefabrication lowers the amount of material waste, plus it allows constructors to continue production even in bad weather. This type of development also enables us to rethink the use of buildings since, in the future, modular structures could be disassembled and shipped to other locations for reuse.

The experts find modular construction to be excellent when it comes to managing quality. Whatever is manufactured on-site can vary in quality, especially if the builder doesn’t have strict quality control. However, when you produce something in a factory, it is easier to establish control over quality and make sure that every single modular piece is up to standard.

On the other hand, the builder will have to worry about the transport of modular elements from the factory to the construction site. Tolerances would have to be higher in the factory since every module needs to be shipped.

So, what’s slowing down the adoption of modular construction? The benefits are apparent but it’s still far from everyday use. Experts agree there are many reasons for this, most of them being economical, technical and financial.

Currently, there aren’t enough experts who can be present on the construction site to monitor a build. Traditional construction enables you to adjust everything you need on-site during the build. The fact that the industry is hesitant to adopt this new technology means there’s no need yet for experts in this field.

Another issue builders have is that modular construction requires a company to have its own factory to make modules. Construction companies don’t hesitate to invest, but this kind of upfront investment requires lots of funds that may or may not pay off in the longterm. For a factory like this to be economically viable, it needs to have consistently highvolume turnover.

Finally, it’s the market that drives the change. In post-war Europe, modular construction was the best solution for urban areas as it was fast and efficient. At that time the demand for housing was high but there simply weren’t enough skilled workers to work on-site


A great example of modern prefabrication being used in construction is the Crowne Plaza hotel extension at Changi Airport. Singapore’s construction regulator stated that at least 65 per cent of tower superstructures must use PPMC (prefabricated prefinished modular construction). The PPMC helped lower the number of workers required on-site by 40 per cent. Furthermore, the construction of one floor took three to four days, instead of two to three weeks.

Designers have been interested in modular construction for a long time. They are fascinated by the possibility of adding new modules where needed, or for their structures to be able to adapt to everchanging urban environments. It all points to the construction industry of the future being modular. As the robot technology develops, one day it will enable fast and accurate production of prefabricated modules. As the manufacturers and designers around the world are getting familiar with the technology, we might see some new and exciting structures being built. The market is always looking for novel and cheaper ways to build. In a world where there aren’t enough skilled workers, modular might be the way to go.

Designers and manufacturers are slowly embracing the idea and with the current lack of skilled workers available to carry out traditional house builds, prefab buildings might just be the solution.