Backed with the idea of making the oceans and seas our homes, Ocean Community seeks to create domestic naval units; thereby, transforming the water bodies into mobile habitable spaces. The best part of it all is that despite being mobile naval units atop oceans, the Ocean Community will be connected to the land structures of the nearby coastal town, and be integrated into one solid community. The sailing and floating modules will be located about half a kilometer into the ocean from the mainland so that traveling to and from places of importance won’t be much of a deal.

How about the infrastructure of these floating naval units, you say? Well, these mobile naval units will bear absolute resemblance to a fully functional living space that we are accustomed to seeing and living in. In fact, these innovative and futuristic floating spaces have been designed in such a way that they have on offer every minute facility that we are accustomed to having on land.

If you are someone who needs extra floating modules for storage and other purposes, you may get individual modules as well. Created in stationary centers, these extra modules can be released on the sea and attached to the existing units extremely easily.

Thinking about why you may want to invest in these water modules? Well, another solid reason for investing in it is that it is free of the usage of any unsustainable energy. Its brilliant ability to harness sustainable energies from sources such as wind, water and sun is yet another reason for transforming the ocean into our homes.

Apart from making them your home, if you are into the hospitality business, you may also adopt this unique idea and use Ocean Community as a part of your hotel or any other touristic site.

The post Living Spaces In Oceans? Say Welcome To ‘Ocean Community’ appeared first on Pep Up Home.

If your basement features low ceilings, consider hiring Ontario basement renovators tо raise them with drywall оr paneling. This can cover up ductwork and plumbing, hiding unsightly elements while simultaneously adding visual interest tо the space.

1. Create a Kid’s Playroom

A basement playroom can make your space more functional for children and allows them to have their own space to use without cluttering up other parts of your home with toys and entertainment. Plus, children take ownership of an aesthetically pleasing playroom design and are more likely to keep it clean by cleaning up and staying organized!

For an exciting and vibrant playroom, use vibrant wall decals or wallpaper. Keep in mind that children will outgrow these themes quickly; opt for neutral hues so you can easily redecorate as soon as they tire of what you have planned. For extra storage needs, incorporate cubes or wall storage systems which are easier to keep clean than traditional shelving solutions and won’t eat up floor space like traditional shelving solutions do.

If your basement playroom shares space with areas such as a man cave or bar, consider using a divider to keep these different spaces distinct. A sliding door, curtain system or bookshelf could all work as effective separators; bulletin boards are an attractive way of displaying artwork while rows of shelves filled with baskets provide an efficient way of keeping smaller toys like action figures and dolls organized off of the floor.

2. Add a Cozy Lounge

Basements provide the ideal opportunity to experiment with decor you may be too shy to try in higher-traffic areas of your home, like this exotic monochrome wallpaper that adds personality and style to this study room.

Wall art and photos can make any space feel more personal and welcoming, while adding a fireplace is another effective way of giving it more personality and charm – particularly helpful for basement spaces due to wood’s natural insulating properties which help alleviate coldness.

If your basement is large enough, consider creating different zones for different activities. A gaming zone featuring a big-screen TV and comfy seating would make for great family movie night fun; conversely, adding a reading nook with plush sectionals or cozy armchairs could provide the ideal atmosphere to curl up with a book and relax.

If you’re entertaining guests, creating a cozy guest suite may be essential. Make your basement more welcoming by installing a spare bedroom equipped with a queen-size bed and plenty of storage, then rounding off this space with a kitchenette for additional functionality and comfort. Add wine storage space or a wet bar as opulent accents.

3. Create a Kid’s Fort

As soon as children can walk, they begin building forts using pillows, blankets, and furniture. As they get older they create larger forts made out of cardboard boxes, chairs, tables, sofa cushions and sheets – an activity known as pretend play which helps children imagine and build their own world before embarking on imaginary adventures.

Encourage fort-building at your home by making it a regular family activity. Add extra touches like battery-operated lights to illuminate the area – this could make the fort feel like an amazing secret hideaway!

Power Your Fun offers fort-building kits that provide all of the materials your children need to create their dream structures. This set from Power Your Fun features 85 pieces–connecting rods and multilink spheres–that allow kids to construct castles, rockets, igloos and mansions from castles to rockets! Additionally, an instruction manual helps kids assemble their masterpieces easily. Fort building rods even glow-in-the-dark for added magic at nighttime!

The post 3 MORE Ways to Decorate Your Basement in 2024 appeared first on Pep Up Home.

Insufficient Subfloor Preparation:

One of the most typical errors is failing to prepare the foundation properly. Laminate flooring installation demands a smooth and level surface. Failure to remove particles, old adhesives, or uneven spots may result in an uneven floor, causing the laminate to buckle or distort over time. Before putting the laminate, clean, repair, and level the subfloor.

Inaccurate Measurements:

Another typical error is taking incorrect measurements. Failure to properly measure the room can result in wasted material or poorly placed boards. Always measure the length, width, and any irregularities, such as entrances or angles, in the room. To account for any cutting errors or future repairs, consider adding a little percentage to your measurements.

Poor Acclimation:

Another typical error is taking incorrect measurements. Failure to properly measure the room can result in wasted material or poorly placed boards. Always measure the length, width, and any irregularities, such as entrances or angles, in the room. To account for any cutting errors or future repairs, consider adding a little percentage to your measurements.

Incorrect Underlayment:

Underlayment plays a vital role in the success of laminate flooring installation. Choosing the wrong type of underlayment or omitting it altogether can result in a noisy or unstable floor. Different underlayment materials provide different benefits, such as sound insulation, moisture protection, or cushioning. Research and select the appropriate underlayment based on your specific needs and laminate type.

Neglecting Expansion Gaps:

Due to temperature and humidity variations, laminate flooring requires space to expand and contract. Failure to leave adequate expansion gaps around the room’s perimeter, as well as around immovable structures like columns or doorways, can result in buckling or warping. To guarantee consistency, follow the manufacturer’s instructions for the required expansion gap size and apply spacers during installation.

Incorrect Installation Sequence:

The correct installation order is sometimes missed, resulting in issues later on. It is critical to begin laying laminate boards on the room’s longest wall and work your way to the opposing wall. This results in a more balanced and aesthetically pleasant appearance. Locking the short ends of adjacent planks in the same row can also weaken the connection and generate gaps.

Forceful Hammering:

Hammering the laminate flooring too hard during installation might break the planks and disrupt the interlocking system. Instead, gently join the planks with a tapping block and a rubber mallet. Apply even pressure to produce a snug fit while avoiding cracks and chipping.

Poor Maintenance:

Many homeowners make the mistake of ignoring proper care even after a successful laminate flooring installation. To remove contaminants from laminate flooring, a soft broom or hoover should be used on a regular basis. Excessive water or harsh cleaning products should be avoided as they can harm the laminate’s protective layer. Wipe up spills right away to avoid moisture from penetrating the boards.

Conclusion:

You can ensure a smooth and successful installation procedure by being aware of the most common mistakes related to laying laminate flooring. Allow for acclimation, use the appropriate underlayment, leave expansion gaps, follow the correct installation order, handle the boards gently, and correctly maintain the flooring. Avoiding these blunders will not only save you time and money but will also allow you to enjoy the beauty and durability of your laminate flooring for many years to come.

The post Common Mistakes when Laying Laminate Flooring appeared first on Pep Up Home.

Exploring the cosmos and beyond is no easy task. But a significant portion of the adventure needs creating buildings. Not ordinary ones by that enable people to survive in hostile conditions. Educators at the Swiss boarding school Institut auf dem Rosenberg are using the this Space Habitat to address the issue.

The habitat is now a classroom for school children to learn about science, architecture, and life on another planet without ever leaving their campus. The Boston Dynamics robot dog and three-story 3D-printed crew tower for the Rosenberg Space Habitat are all practical. These all the the result of a partnership with the Danish architectural firm SAGA Space Architects.

3D Printed Space Condo

According to Sebastian Frederiksen, founder of SAGA Space Architects, “The Rosenberg Space Habitat is state-of-the-art in analogue space habitats,” in the institute’s press release. From the first ideas to the finished, it took remarkably short amount of time to complete this functional habitat.

The habitat gets power from wind trees, a sort of wind turbine. Plus, the polymer used for print the main tower can break down and repurpose into new 3D printed buildings. That’s how Institut auf dem Rosenberg’s goal to prioritize sustainability came into play. It’s interesting to note that the main tower was built precisely to fit inside a SpaceX Starship rocket.

The first floor of the tower serves as a dedicated workshop and lab area, the second floor is for amusement, and the third floor is for sleeping. The main focus of the experiments in the habitat will be the effects that extraterrestrial life may have on humans, with modules on mental health and the importance of sensory stimulation in solitary circumstances included.

Goal of the Makers

According to Rosenberg Director General Bernhard Gademann, “Our goal is to expose young people to the issue of advanced space exploration, enabling our students to address and solve these difficult problems from a collaborative and holistic point of view.” At Rosenberg, we place a strong emphasis on integrating real-world context into the classroom rather than only concentrating on academics.

Any off-world settlement’s primary objective will be to keep humanity alive in hostile environments. How the building itself may contribute to this objective and how these structures will enable their occupants to both survive and thrive is an intriguing part of this endeavour.

The post Futuristic Space Condo Contrived to Fit into SpaceX starship appeared first on Pep Up Home.

Tiny house combines traditional building methods with modern techniques

The green roof boasts grass and solar panels to power the house. The tiny house also boasts a rainwater collection system for facilitating proper water recycling. Dating back to the 9th-7th millennium BC, the rammed earth building technique is one of the most reliable methods for home structures. This building method is suitable for almost every continent except Antarctica. Now, the three architects Aslı Erdem, Merve nur Başer, and Fatma Zeyneb Önsiper have brought the method to Slovenia. The architects have conceptualized their tiny home to combine traditional building methods with modern solar energy production methods.

For conceptualizing the sustainable tiny house, the architects’ team also set out for balancing contemporary energy production techniques along with age-old building practices. Situated in Dobrava, a small settlement in the flatland region of Slovenia, this tiny house has taken a cue from the popular floating roof created by Oton Jugovec, a Slovenian architect.

Since rammed earth consists of a technique to compact a subsoil mixture into a well-supported framework, the three architects beautifully conceptualized a concrete foundation with a timber framework. It is not easy to bring changes to any rammed earth structure. However, the house’s overhanging roof enables the cement addition to provide extra stability to the given structure. Furthermore, this house comes sheltered with an overhang green roof, which works well to protect the building material from erosion threats. It is because the region of Dobrava often experiences temperature, rainy, and snowy seasons.

Sustainable passive heating and insulation methods

The sustainable build of this tiny home also enables passive insulation. Meanwhile, the heating techniques warm-up and cool off the building. Specifically created to bring in the sun rays indoors during the winter months and block them during the hotter season, the tiny house is influenced by the surrounding environment. Even the climate of the region ensures comfortable, insulation, and passive heating all year round.

You can have a look at the images to see how the windows are arranged strategically for enabling cross-ventilation within the house. Even the green roof holds various photovoltaic panels for powering this home with the production of solar energy. Meanwhile, the rainwater collector helps in water recycling and comes integrated with a septic tank system. Even the living area is well-suited to enjoy the benefits of insulation and passive heating methods. For instance, the north facade boasts fewer windows than the west facade. Due to this design, there is a decrease in potential heat loss in the winter season.

Via: Inhabitat

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The 3D printers are capable of printing walls and even cement processing. Therefore, the technology may reshape construction as one knows it. But is 3D printing in this area is a fleeting trend? Or does it have some real staying power as an innovative technology for the long-term solution? Here we help you explore how 3D printing can make waves in the construction field while looking at the future scope.

History of 3D Printing in Construction

Before we discuss the 3D printing construction industry, it is essential to know about the time of the 3D printing origins. The roots of 3D printing date back to the mid-1980s when SLA (stereolithography) was done. SLA works well as a high-power laser while turning a liquid resin into good solid material. It’s also an additive technology that involves itself in creating a product from the ground up in a layer-by-layer fashion.

Even today, SLA is an important 3D printing technology that’s considered to create certain parts in an additive way. Some other popular additive technologies include the SLS (selective laser sintering), DMD (direct metal deposition), and FDM (fused deposition modeling). Furthermore, 3D printing is useful for accurate and quick creation prototypes. Being an additive process, its viable uses start to expand eventually. Before the adoption of BIM (building information modeling), 3D printing helps use architectural companies to build scale models. And, it was not very long before it was administered for various construction purposes.

Examples:

For over a decade, 3D printing is useful in various ambitious initiatives and certain construction projects, like

• In 2004, a 3D printed wall was created by a USC professor. This is widely accepted as a technology’s very first entry in the construction process.
• In 2014, a complete canal showed up using 3D printing in Amsterdam.
• If we talk about today, the 3D printing construction industry is still growing quickly. Furthermore, it is likely to reach $1.5 billion by 2024.

Growth of 3D Printing in Construction Industry

The emergence of 3D printing in the construction industry is still growing. Certain building aspects are likely to grow more than others.

Concrete is one of them. The concrete 3D printing sector has been estimated to reach a value of $56.4 million by 2021. This growth is mainly spurred by the amount of innovative, new projects that are well-planned in the construction. In February 2017, France’s leading construction firm Vinci bought a stake in a French startup XtreeE, which specialized in concrete 3D printing structural elements.

Later in 2019, BAM started Europe’s very first concrete printing center in the Netherlands. This factory has already delivered various 3D printed bridges all across the region. This is how Saint-Gobain and BAM are altering the future of infrastructure using scalable, sustainable, and reasonable 3D printing concrete solutions.

While 3D printing concrete boasts great potential, it is worth observing that technology is still quite an infancy. Many 3D printers processing concrete are underprocessed or under the testing phase. So, those are not perfect for manufacturing purposes. So, the potential there is to build additively everything from the basic foundation to the walls to individual blocks to bridges. And, all this is possible due to more affordable and faster, environmentally-friendly way as the technique begins to progress.

Interior Design and Renovations

Some other topics that caught the eye of the readers in 2021 were home renovations and interiors. Even with no serious research on the matter, we are likely to assume that it’s due to the impact of the COVID-19 pandemic within our lives. If we are likely to spend a good amount of time in homes, whether it’s by choice or not, it’s clear that we’ll give importance to certain spaces where we reside. During the pandemic period, we even include activities, like sports, study, work, and others. Therefore, the 3D printing for interiors can create the desired customization as per the homeowners’ current needs.

The confinement of 3D printed structures is hard and can or cannot be connected with nature. With all this in mind, we address various strategies to bring vegetation to the interior. After all, it helps in adding a lively touch to the given space. But most readers visioned it beyond a decor element. The translucent structures of greenhouses are in vogue along with the recognition of French duo Vassal & Lacaton with the Pritzker Prize. If you have ever dreamed of living in the middle of nature, you need to consider bringing nature indoors into a 3D printed concrete structure.

Also, with the popularity of remote work, the desire to practice in an urban living space has increased greatly. A collection of around 10 small cabins has been amplified with the fact that these are quite simple in their designs. Moreover, these are quite efficient and quick for assembly.

Nonetheless, a theme permeating others has stressed architects across the globe in the huge climate crisis. Therefore, 3D printing structures for construction needs to be integrated with active and passive strategies. All this further helps in improving the thermal comfort within the interiors. Furthermore, all this shows a paradigm shift concerning the construction industry, as well as its future.

Benefits of 3D Printing in Construction

Wondering the main reasons behind so much buzz of 3D printing in the construction sector? Well, as the industry faces high pressure for meeting up the tight budgets and schedules, companies often look for innovations. All this further helps in filling the gaps. If we talk specifically about construction, it offers significant potential for increasing efficiency in the building industry, including the given ways.

Speed

3D printing in the construction industry has shown various ways it can build a house from the ground up within a few days. It is a significantly quicker and faster time frame compared to conventional construction. All this may take up months and years to fully construct a commercial property. As per Marco Vonk, Marketing Manager at Saint-Gobain Weber Beamix, homeowners and business owners can save around 60-percent of their time based on their job site and 80-percent on labor.

Reduction in waste

The worldwide construction waste increases by more than 1 billion tons every year. According to the Construction Diver, this specific number is likely to double up by 2025. Although 3D printing cannot solve all the waste and construction issues, it is still beneficial in many ways. It is mainly due to 3D printing in the additive manufacturing process. This process further users too much material as is necessary for structure creation. Everything pairs with more waste-reduction processes. So, the building methods are more like lean construction and prefabrication. So, the potential of waste-zero buildings is more likely than ever before.

Design freedom of 3D printing in construction

Another amazing thing about 3D printing is that it offers amazing design freedom. The architects also build complex designs, which are otherwise unattainable or labor-intensive, or too expensive for creating conventional construction means. It may further enable more creativity and innovation in the commercial construction space.

Vonk further mentions that 3D concrete printing helps take any shape. You can either bend it or make various angles to create virtually any desired organic shape you like. The final result comes out as a one-to-one copy of whatever one designs on a piece of paper.

Reduce human error

As per OSHA, over 5,000 workers get killed at construction sites each day. But with 3D printing, this number is likely to decreases significantly. It is because the construction process becomes automated and programmable with 3D printing. Moreover, there are fewer chances of human errors using this advanced technology.

Challenges of 3D Printing in Construction

Despite the advantages and potential use of 3D printing in the construction sector, various factors can prohibit this technology from being mainstream. Given below are a few challenges of 3D printing technology in the industry:

High costs

The high cost is the major challenge in the 3D printing industry. Even the costs involved with logistics involve the use of large 3D printers for working at the construction sites. The 3D printers are very costly and their upfront purchase cost may not include maintenance or materials. Currently, it is quite difficult for construction experts to justify 3D printing costs over various technological advantages.

Labor shortage

The construction industry is increasing with full-pace because of the skilled workers in high demand. The only issue with this is that there are not many workers available for 3D printing.
Besides the labor shortage, 3D printing also needs more specific skills that may pull from a fewer group of candidates. The construction labor shortage is quite an issue, as it is not easy to find qualified workers for employing 3D printing environments for construction. And, all this could feel more challenging for the future.

Quality control

Weather cannot slow down the progress in the construction of 3D printing structures. But the environmental problems may increase with this technology. The environmental factors, weather, and other conditions may make 3D printing a problem in the commercial. Furthermore, quality control during construction is another tricky process. If not monitored constantly and neglected by real humans, the quality of 3D printing may end up being highly expensive.

Regulations

Another major drawback is the 3D printing regulations. While regulations in this technology have made the news cycle lately, it still does not leave a full impact on the construction industry. Moreover, there is the liability that can come with the use of printers instead of performing specific construction tasks. Recently, there is much more uncertainty in this 3D printing aspect of the construction. So, it is unlikely that 3D printing may make a certain mark in the construction field.

Future of 3

D Printing in Construction

Does 3D printing technology have a real staying power in the construction industry? From whatever we have seen, the promise is very strong. It’s all possible as long as the firms like Saint-Gobain and BAM start innovating and pushing the boundaries even more.

Overall, the 3D printing potential is too good to ignore. While various industries may not reach a point to use this technology, it’s just a matter of time before the technology improves and advances with time. All in all, 3D printing is a viable solution that aims to offer certain major benefits in environmental friendliness and cost savings for the building’s future.

The post 3D Printing in Construction Industry – Benefits & Challenges appeared first on Pep Up Home.

Modular Treehouse Tents

The Oakland-based company is popular for its modular, custom treehouses. With their modular treehouses, they have also raised over $180,000 from several investors. This amount is for their new franchise – the Treewalkers. This franchise got its funding through StartEngine.

According to the company, Treewalkers is likely to become a worldwide network of modular, rentable treehouses. This will enable investors to offer the various number of treehouses for renting from only a single unit for whole treehouse villages. Even Dustin Feider, the founder of O2 Treehouse, mentioned that their state-of-the-art technology, as well as modular design, provide investors a very low-risk opportunity with a higher return on investment. They are willing to offer everything for nature lovers to have an amazing glamping experience in the treehouses. And, the best part is that these treehouses can be moved to any desired location without a carbon footprint. Hence, it’s a great option for eco-tourists.

Feider has even formed a one-size-fits-all design, which is known as Tetratuss. This design is also easy to modify as per the location and offers lower costs along with elevated platform technology. This further helps them expand a tree’s real estate.

O2 Treehouse Design Methodology

Treewalkers use the O2 Treehouse design methodology. This enables the guests with an opportunity to create a unique bond with nature. So far, the company has created around 85 custom-designed modular structures.

While these luxe treehouses provide you with a great way to reconnect with nature while escaping everyday life, getting one is an economical solution for an average person. Since the eco-tourism industry is on the rise, it’s a great opportunity for investors to grow as well.

Available Temporarily or Permanently

If you want to experience treehouse living for a while, you can organize a rental service for these modular treehouses. But if you want to invest in them and need a permanent modular treehouse, you can consult O2 Treehouse for their expertise.

The company is even planning to start around 5-15 locations through Airbnb for renting a platform before releasing their own O2 Treehouse platform. In the future, they are planning to expand to more locations as well. In the long term, the company is willing to create sustainable, corporate-owned, residential housing developments.

Via: Designboom

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Different construction furniture pieces

Each furniture piece consists of the materials and techniques used in the architecture. But not the ones used for completing the buildings.

Also Read: Japanese Designer Turns Metal Sheet Into Practical Furniture Series

The furniture collection includes:

• Scaffolding Bench
• Beam Stool
• Double-Layered Polycarbonate Stand Shelf
• Double-Layered Polycarbonate Chair

The stool utilizes the basic construction structure of a building. Furthermore, it uses two steel beams to support one person’s weight.

The bench stool consists of steel beams. And, it includes scaffolding made of safety nets and pipes.

Lastly, the shelf and chair consist of double-layered polycarbonate plates. These pieces also include aluminum finishing on their joints. And, are further connected by simple screws.

All these pieces show us that there are endless possibilities when you think out of the box.

Industrial furniture blends architecture with furniture

According to Chae, the furniture reminds us of the materials from construction processes. For instance, you’ll be reminded of a construction site with blowing soil dust. Or the image of a construction engineer. Or a large steel beam rising at the soil. All these elements and structures are very familiar at the construction sites. And, we often pass by construction sites, overlooking these construction elements and materials. So, these are quite relatable.

With this unique project, Chae effortlessly blends the relationship between architecture and furniture. Both start with a structure that can disperse a specific amount of load. However, the only difference lies in the amount of load used in different sectors. Furthermore, the furniture’s aesthetic details come from the typical construction techniques. For instance, intersecting, combining, connecting, and building.

For more information on the project, visit the designer’s official Instagram handle.

Via: Design-Milk

The post Construction Rethinks Building Materials as Industrial Furniture Series appeared first on Pep Up Home.

Sustainable Geodesic Domes

These bio-ceramic domes boast a zero-carbon, long-lasting, fire-proof, and biologically resonant architecture. These domes show us a new way of building sustainable homes for the future. The company is new, with only 400 paid home deposits so far. But they have more than 2,000 investors and often work by a co-op model.

According to the designers, home-building is a multi-trillion dollar, massive industry. But most of it is unsustainable. However, the Geoship village building and micro-factory platform create sustainable models for the regenerative future.

Also Read: VIRTUe Designs Sustainable House Model For Cities of Tomorrow

The idea behind the creation of these geodesic home designs is to create homes and communities in an eco-friendly way. That’s why the company has started to create a community of its own.

Morgan Bierschenk, CEO and co-founder of Geoship, mentions that he and his brother began with the creation of a home for their family. They did it with a very small budget, using reclaimed wood and materials found on the land. After that, they started thinking to use advanced technology to make a building structure. They thought of the way nature builds protective shells. With that thought in mind, they decided to engineer new kinds of homes.

Construction of Ceramic Geodesic Domes

Geoship mixes different types of ceramic crystals to make a bio-ceramic dome. These domes are perfectly shaped into triangular molds. The pieces are carefully assembled in the shape of a geodesic dome, just like any other material of construction. The carbon used in the creation of these triangular elements is far less than conventional passive solar, sandstone, or other efficient house-building materials. Furthermore, the operational energy usage is significantly lower too.

The designers install panels on a network of struts that firmly support the dome structure. It’s just like an interior structure in a mushroom cap. Its end-product is mold-proof, recyclable, flood-proof, and fire-proof. These domes are even earthquake, hurricane, and insect resistant. Furthermore, it comes in various cool colors.

If we have a look at the top view of the purple ceramic geodesic dome, it boasts lights at night time. The used construction materials need certification for such construction. However, the pilot program still needs proper formation. The goal of the company is to create living environments that seamlessly resonate with nature. They also want their new buildings to catalyze the consciousness evolution.

Needs Another Round of Funding

The company still needs the next round of funding to build its micro-factory, pilot production, and village design platforms. It is because Geoship is basically a material science company. And, the bio-ceramics are their new type of construction materials for building multi-century structures. If you like their design and sustainability, you can pre-order for these structures. However, their final production will take more time.

Via: Designboom

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