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Many public locations such as schools, libraries, shopping centres, and hospitals require a Group 1 Fire Rating. A Group 1 Fire Rating (or Class 1) means that the material does not burn, stopping the spread of fire and smoke inside buildings; safeguarding lives and minimising property damage. Considering what type of fire-resistant materials to use early in the design phase is crucial to ensure correct safety standards are met and streamlining the construction. Raw Inkk is revolutionising the architecture and construction industry by offering printing solutions that meet these stringent Group 1 Fire Rating requirements without compromising on design. This is achieved by printing onto a range of Group 1 Fire Rated Materials: from creative murals to realistic printed timber beams. The flexibility of printed products overcomes design restraints that can come with meeting a Group 1 Fire Rated standard. Our prints have undergone extensive testing on Group 1 fire-rated materials, ensuring that the ink does not compromise the fire resistance. The results show that the material's original fire rating remains unaffected even when printed, as the thickness of the ink is only microns thin (less than 0.01mm), preventing combustion. Printed materials are regarded the same as painted because the fine layer of ink is too thin to burn. With Raw Inkk's solution, the fusion of safety and aesthetics in fire-resistant design marks a innovative step forward for the architecture and construction industry.

In a world where environmental concerns are at the forefront of discussion, it is important to re-evaluate our construction and design practices. Traditional methods of using timber in construction come with significant environmental costs. The measurement of deforestation is 25 million acres per year which leads to the loss of crucial habitats and biodiversity contributing to climate change and exacerbating environmental degradation. With the demands for timber ever-increasing, Raw Inkk, along with partners at Gen-Eco, recognises the urgency of finding sustainable alternatives, and because of this urgency, we provide revolutionary and sustainable building solutions: printed eco-friendly products. What is a sustainable building material? Sustainable building materials go beyond just recycled materials. They're environmentally friendly, socially responsible, and economically viable throughout their lifecycle. These materials replace harmful artificial substances with natural, renewable, and carbon-neutral alternatives, which also require less energy to extract. Our sustainable materials: 1. Plastic Board Plastic boards play a crucial role in reducing plastic waste by utilising recycled materials, such as containers, bags, and packaging. By decreasing the need for new plastic production, they help mitigate the environmental impacts associated with the extraction of raw materials. Additionally, the production of plastic boards requires less energy compared to manufacturing new plastic from raw materials. Recycled plastic boards are also renowned for their longevity and durability. Their resistance to decay and degradation means they require fewer replacements over time, reducing overall material consumption and minimising waste. Moreover, the versatility of recycled plastic boards allows for a wide range of applications, for interior & exterior wall panels, benchtops and cnc signs. Furthermore, plastic boards are recyclable at the end of their useful life. This potential for further recycling ensures that materials remain in circulation and out of landfills, creating a closed-loop recycling system and extending the environmental benefits. 2. Balsa Beams Balsa beams are known for their exceptional strength-to-weight ratio, making them a popular choice in architecture and design. Balsa trees are known for their rapid growth, with some reaching full height in as little as four years. This short growth cycle allows for efficient cultivation and harvesting practices that minimise environmental impact. Raw Inkk’s supplier, Gen-Eco, carefully cultivates Balsa plantations to support ongoing reforestation efforts while maintaining the high quality of the wood. Sections of the plantation are also left untouched to preserve natural habitats for various animal species, promoting biodiversity conservation. With our large format printers we can print any timbergrain onto our balsa beams, achieving the appearance of premium hardwoods with the sustainable benefits of balsa. 3. Fibre Cement Fibre cement is a highly sustainable building material, offering significant environmental integrity. Its exceptional durability, lasting up to 50 years, reduces the frequency of replacements or repairs, thereby minimising the use of resources and waste. Compared to materials like wood, fibre cement's longevity translates to reduced demand for raw materials and lower environmental impact. In manufacturing, fibre cement is sustainable because of its use of recycled materials and efficient water usage. Fibre cement is primarily made from a blend of cement, sand, and cellulose fibres. The cellulose fibres typically come from recycled materials such as paper pulp or wood pulp. This contributes to mitigating strain on natural resources. 4. Acoustic The acoustic panels we utilise for printing are crafted from 100% polyester fibre, with a significant portion—45-60%—consisting of recycled fibre, and in 2020, the manufacturing of acoustic panels saw the raw materials used reduced by 30%, thereby decreasing the product’s embodied carbon footprint. By prioritising sustainability without compromising on quality, we are not only printing on acoustic panels that excel in performance but also embodying a dedication to a greener, more environmentally conscious future. Raw Inkk believes in innovation that serves both creativity and sustainability. Our printed eco-friendly products offer a solution that bridges the gap between aesthetics and environmental responsibility. By using UV-curing printing technology, we can replicate the look of the earths materials, reducing the need for environmental impact. See our list of resources and extra information: https://www.novatr.com/blog/sustainable-building-material https://dalply.co.uk/fibre-cement-cladding/is-fibre-cement-environmentally-friendly/ https://www.gen-eco.com.au/wp-content/uploads/2020/10/Ecolite-Brochure-2020-Email.pdf https://cdn.mediavalet.com/aunsw/autex/BlhBw0dcpEiJI9rkCK20Mg/r-l_gpD4h0W02Km3okvZUQ/Original/Autex_Product%20Environmental%20Profile%20AU.pdf

In architecture, creativity knows no bounds. Every structure tells a story, and every design reflects the vision of its creator. In this ever changing industry, innovation is critical, and architects are continually looking for new ways to push the boundaries of what is possible. Enter the world of printing in architecture, where traditional building materials meet cutting-edge technology to unlock unparalleled creative freedom. Raw Inkk believes that printing in architecture is more than just a trend – it’s a revolution in the industry. In this blog, we delve into three of the benefits of integrating print into architectural designs. 1. Unlimited Creative Freedom Raw Inkk’s UV-cured printing technology offers architects unprecedented flexibility and freedom in design. From intricate patterns to bold graphics, the possibilities are endless. Whether incorporating intricate details into facades or adding personalised touches to interior spaces, printing allows architects and designers to bring their wildest ideas to life with precision and ease. Imagine a building filled with vibrant murals that tell of its community or a facade that seamlessly blends art and architecture. With printing, you can turn these visions into reality, transforming structures into works of art that captivate and inspire. 2. Sustainability at Its Core In a world where deforestation currently destroys 25 million acres of land annually, the world’s environmental concerns are at the forefront of discussion; therefore, it is important to re-evaluate our construction and design practices. Raw Inkk is committed to eco-friendly practices, and our printing technology reflects this ethos. UV-cured printing minimises waste and reduces environmental impact, offering architects and designers a greener alternative without compromising style or quality. With architectural printing, environmental responsibility and design can go hand-in-hand. 3. Longevity and Durability In addition to its creative and environmental benefits, printing in architecture proves to show exceptional durability and longevity. UV-cured printing offers unparalleled resistance to wear and tear, ensuring that architectural designs stand the test of time. From weather-resistant exteriors to scratch-resistant benchtops, print technology delivers unmatched durability, making it a practical solution. With print, structures can maintain their pristine appearance for years, offering lasting value and peace of mind to clients and communities.