Solid Surface Products

One of the key strengths of compact mineral Krion™ is its versatility and the broad range of possibilities it offers architects and designers. Its properties make it possible to develop all kinds of designs efficiently, no matter how complex they may be.

Krion™ Solid Surface makes it possible to create customized products fully adapted to the needs of each space or industry. This creates endless opportunities to turn any project or idea into reality. The physical properties of this next-generation solid surface allow for the development of versatile, durable, and functional products that bring a distinctive sense of modernity and innovation.

The best products made with Krion™

Jewelry, furniture, works of art, and kitchen equipment are just some of the many solid surface products created with Krion™, providing even more possibilities when designing any setting or space imaginable.

Impact resistance of KrionÂ® LUX: comparison with other materials

Impact resistance is an essential characteristic for materials used on surfaces in high-traffic areas. When selecting between different options for projects, such as hotels or retail, it is crucial to choose those that offer greater resistance to impact damage. What will you learn in this article? What determines a material's impact resistance How impact resistance is measured Which materials are usually more resistant to impact What determines a material's impact resistance? A material's impact resistance is influenced by a number of factors that determine how it will react when a... load or blow is applied to it. These include the internal composition of the material, its properties, and other factors. Below, we detail the main elements that influence this characteristic. Internal composition and structure The internal composition of a material is a fundamental factor that determines its ability to resist external forces. Those with a homogeneous structure efficiently distribute the energy generated by impacts, thus reducing the risk of fractures or significant damage. On the other hand, those with a porous structure or internal cavities tend to be more vulnerable, as the energy is not dispersed evenly, increasing the possibility of breakage or deformation. Toughness vs. hardness: different concepts Although they are related terms, the hardness and toughness of a material are two distinct properties. Hardness refers to a material's ability to resist abrasion or scratching, while toughness refers to the material's ability to absorb energy without breaking. A material can be hard, such as quartz, but if it does not have sufficient toughness, it can easily fracture under a strong impact. Toughness is essential to ensure that a material does not break under stress. Other external conditions: temperature, support, geometry, thickness External conditions can also influence a material's impact resistance. The temperature to which a material is exposed can affect its flexibility or rigidity. In addition, the shape of the material, its thickness, and the type of support on which it rests play an important role in its ability to withstand impact. A thin or poorly supported material may be more prone to fracture when struck. How is impact resistance measured? The impact resistance of materials is evaluated using different tests that measure the amount of energy a material can absorb without breaking or suffering permanent deformation. Below, we describe the most common methods for measuring it. Pendulum test: Charpy test / Izod test The Charpy test and the Izod test are standard tests for measuring the toughness of materials against impact. Both tests measure the amount of energy absorbed during the fracture of a material test piece, providing an assessment of its ability to resist impact damage. The key difference between the two lies in the shape of the test piece and the type of support: Charpy test: In this test, the test piece has a notch in the center (usually V-shaped) and is supported horizontally. A pendulum is released from a specific height and strikes the test piece. The energy absorbed is measured from the angle of displacement of the pendulum after impact. This method is suitable for materials that experience a type of fracture that can be easily measured, such as metals. Izod test: In contrast, in the Izod test, the test piece is vertical and supported at a single point at its base. The pendulum is also dropped from a specific height and strikes the material. The absorbed energy is calculated in the same way, but the test design allows the material's response to more localized impacts to be studied. Free fall/ball impact test The free fall or ball impact test is a method used to evaluate resistance to impact from falling objects or concentrated blows. In this test, a metal sphere is dropped onto the surface of a material from a specific height, according to the standard. In some cases, heavier spheres or greater heights are used to increase the severity of the test. Compression and flexural testing Although not specifically designed to measure impact resistance directly, compression and flexural tests allow the evaluation of how a material reacts to concentrated or distributed loads, which are common conditions in industrial and commercial environments. These tests focus on a material's ability to resist deformation or failure when a significant external load is applied. Compression test: A test piece of the material is placed between two plates and subjected to an axial load. The load is gradually increased until the material experiences significant plastic deformation or failure. Bending test: Here, a test piece of the material is placed on two support points, and a load is applied to the center of the test piece. As the load increases, the material bends until it reaches a point of breakage or irreversible deformation. Which materials are typically most impact resistant? When selecting materials for applications exposed to constant impacts or shocks, such as countertops or furniture, impact resistance is a key factor. The most common materials used in these applications include natural stone, quartz surfaces, wood, and other composite materials. Below, we will analyze how these materials behave in terms of impact resistance and how they perform in specific tests. Krion® LUX as the most impact-resistant material In the impact resistance test, 1000-gram metal spheres were used, far exceeding the 325 grams required by regulations, and were dropped from a height of two meters, also above the minimum requirement of 1.3 meters. In this test, various solid surfaces were evaluated, including marble, granite, engineered quartz, and wood. The result was clear: none of the conventional solid surfaces passed the test without breaking. Only Krion® LUX remained intact, without suffering any visible damage. This result confirms that, under the same test conditions, Krion® LUX is the surface with the highest impact resistance, surpassing other materials commonly used in high-traffic and heavy-use environments. -> Learn more about Krion® LUX Frequently asked questions (FAQs) Can impact damage to Krion® LUX be repaired? Yes, one of the main advantages of Krion® LUX is its ability to regenerate. If the material suffers superficial scratches due to impact, these can be easily repaired. Simply polish the surface evenly to restore its original appearance. How does the impact resistance of Krion® LUX affect its overall durability? Krion®'s high impact resistance contributes significantly to its overall durability. By being able to absorb impacts without suffering serious damage, Krion® LUX maintains its integrity and aesthetics over time. Its ability to regenerate also ensures that any surface damage can be quickly repaired, further increasing its service life and making it an ideal choice for applications that require high-performance, low-maintenance materials. Why is Krion® LUX more impact resistant than other materials? Krion® LUX's impact resistance is due to its composition, which mainly includes alumina trihydrate (ATH), a mineral compound known for its high durability. This material forms a homogeneous and dense structure, which allows the energy generated by an impact to be distributed efficiently, reducing the risk of fractures or damage. In addition, the resin used in its manufacture acts as a binder, providing flexibility and toughness to the material, which improves its ability to absorb impacts without breaking.

How to cut KrionÂ® Solid Surface: complete guide for a perfect cut

Krion® is a highly versatile and resistant material, manufactured in sheets, which requires a transformation process for its application in the creation of furniture and large architectural projects. In fact, it can be cut, joined, thermoformed, and backlit, allowing it to adapt to a wide variety of designs and shapes. To achieve a high-quality finish and ensure that the final product is flawless, with no visible imperfections and exceptional durability, it is essential to use specific transformation techniques, such as cutting, which guarantee optimal results in each project. What will... you discover in this article? What is Krion® and why choose it Types of cuts: for cutting and pre-gluing Tools needed to cut Krion® Additional recommendations What is Krion® LUX and why choose it? Krion® LUX is a material composed mainly of natural minerals, mostly alumina trihydrate (ATH), and acrylic resins. This combination gives it a homogeneous, resistant, and easy-to-work structure, making it ideal for a wide range of applications in both residential and commercial projects. Unlike other materials such as quartz, Krion® LUX has a number of unique advantages that make it a preferred choice in design and architecture: Visual and functional continuity: it allows for joints without visible seams, creating monolithic surfaces ideal for wet areas or areas of intensive use. Hygiene: with bacteriostatic properties, it prevents the proliferation of microorganisms. Repairability: it has excellent resistance to small cracks, and surface damage or scratches can be easily restored by sanding, extending its useful life without replacing parts. Thermoforming: it can be molded into curves, making it an excellent solution for wraparound designs or adaptations in custom designs and projects. Aesthetic stability: it is highly resistant to exposure to moisture or UV light. Aesthetic variety: it offers a wide range of colors and finish options, including options for backlighting. Zero moisture absorption: its compact and homogeneous structure prevents the penetration of liquids, making it easy to clean and maintain, even in high-traffic spaces such as bathrooms, kitchens, and public areas. Types of cuts for Krion® solid surface When working with Krion® LUX, one of the first considerations is how to cut the material to suit the needs of the project. Depending on the application and the type of piece to be obtained, there are two main types of cuts: cutting for cutting and cutting prior to bonding. Cutting for assembly Cutting for assembly divides a Krion® LUX sheet into smaller pieces suitable for use in the project. This cut adjusts the dimensions of the material for the subsequent stages of transformation, ensuring that the pieces are manageable and within the required specifications. Pre-bonding cutting Pre-bonding cutting ensures that Krion® LUX pieces are correctly aligned for joining. This cut must be precise to ensure that the joints between the pieces are invisible and free of irregularities, allowing for a stable and functional bond. Tools for cutting Krion® LUX Cutting Krion® LUX requires specialized tools that vary depending on the desired end result. Depending on whether it is for cutting or prior to gluing, there are different machines recommended for this purpose. If you are thinking of adapting your workshop, you should take these recommendations into account. Tools for cutting Tools such as circular saws, jigsaws, and vertical saws will be used to perform this type of cut. Cutting with a circular saw There are fixed circular saws and mobile circular saws. The difference between them is that the mobile saw is usually used for areas where it is not possible to access the fixed saws, for example, at the final installation site, but the cut and the type of disc used are the same. Below is some information about cutting with this type of machine: These are usually high-powered machines as they rotate at high speeds while cutting the material. Tungsten carbide (hard metal) discs with triple teeth are used. Diamond discs provide better performance when cutting with water, but are not recommended for dry cutting as they tend to clog. Discs with inclined teeth, at an angle between -5° and 10°, similar to those used for cutting aluminum, are recommended. Cutting discs should have a module of approximately 3.125, approximately 8 teeth per 25 mm of diameter. Cutting discs must be correctly sharpened; unsharpened discs can cause cracks or fissures under high tension. An annoying noise during cutting indicates that the disc is not sharp enough. It is advisable to always use the same disc to cut the material and not to use it for cutting other materials. Cutting with a jigsaw This tool is often used to make curved or complex cuts, but it causes many irregularities in the materials due to its aggressive cutting. It is considered a cutting tool for dismantling because it cannot be glued directly after cutting; it should be reworked with a milling machine. In addition, it does not make very fast cuts and produces a lot of vibration, which will be felt in the user's arms. It should be noted that this machinery causes stresses that can lead to breakage. Vertical saw cutting This machine works similarly to a fixed circular saw. The only difference is that the disc must be moved in order to cut the material. Pre-cutting fixation ensures that the cut is straight without misalignment, as could happen with a fixed squaring machine. It should also be noted that the introduction of the material into the housing is less ergonomic as different heights must be overcome. Laser cutting and water cutting could be introduced as types of cutting for cutting, but these are even less clean than those described above. Laser cutting can be used to engrave logos or labels that contrast with the natural color of the sheet. Tools for cutting prior to gluing Tools such as a manual milling machine, CNC or Tupi will be used. Below, we explain the characteristics of each of them: Manual milling machine When selecting a manual milling machine, certain requirements must be taken into account: It must comply with the power and speeds of the cutters to be used. A speed that is too high or too low can affect the cut, which will be reflected in the result of the invisible joint. It must have a Z-axis descent system in tenths, as operations with materials such as half-rounds require a certain degree of precision. There are cutters with different neck diameters, usually 8 mm or 12 mm. The milling machine must incorporate a housing change system for them. For a clean cut, a guided support system will be necessary. It is important that the base of the milling machine is circular so that, if the support moves, the axis of rotation of the cutter remains in position. Vibration or oscillation of the cutter during cutting can affect the cut, so it is advisable to ensure that the Z height does not vary due to vibrations when cutting. Cleaning and maintenance of the milling machine is essential, as one of the main causes of machinery breakdowns is lack of maintenance. It is advisable to always have a supply of well-sharpened or slightly worn milling cutters available. When profiling, always use milling cutters with bearings. Use all possible tools to ensure that the cut is always clean and without irregularities. Be familiar with how the machine works and use it correctly. CNC milling machine A CNC (Computer Numerical Control) milling machine is a machining tool used to make precise cuts. It works similarly to a manual milling machine, but with the advantage of being automated by a software-controlled system. In this machine, a cutter, which is inserted into the spindle, rotates thanks to the machine's motor, and its speed and hardness allow it to cut into the material by removing chips. There are different types of CNC milling machines, each with specific technical characteristics. However, one of the most important factors to consider is the number of axes that the machine can move. The greater the number of axes, the more possibilities there are for making more difficult cuts. Tupi A tupi machine is a power tool used to mill or profile edges or specific areas of hard material pieces. It consists of a fixed table and a rotating system. The latter causes the cutter to rotate, and the operator drags the material so that the cutter makes the desired cut. Additional recommendations Once the appropriate machinery for each type of cut has been defined, it is essential to apply a series of best practices to ensure optimal results and avoid damage to the Krion® LUX sheet. These recommendations will help you achieve clean, precise surfaces that are ready for subsequent joining or installation. Cutter selection and compatibility: In most cases, the same cutters can be used for the different machines used in the process. For profiling operations, the use of helical cutters is recommended. Maintaining the cutting edge: keeping the cutters in good condition is essential to avoid irregularities in the edges. A blunt tool generates excessive friction, which can cause microcracks or internal stresses. Adjustment of rotation speed and feed rate: each cutter must operate within the speed parameters established by the manufacturer. An inappropriate speed can alter the surface of the material or compromise dimensional accuracy. It is advisable to maintain a constant balance between the rotation speed and the cutting feed rate: feed rates that are too slow or too fast can cause irregularities or overheating. Feed control and joint quality: in the case of cuts prior to gluing, excessively slow feeds can alter the pigmentation of the sheet and create visual differences in the joints. Adjusting the feed rate in a compensated manner ensures a uniform joint without variations in tone. Procedure with CNC milling machine: it is recommended to first perform an initial roughing and then a finishing profiling. This sequence improves the precision of the edges and reduces the possibility of tension or deformation in the material. Cuts in colored sheets: for colored sheets, it is preferable to mill a very superficial layer—approximately 0.5 mm—and increase the feed speed. Correcting imperfections: if deviations or irregularities are detected after cutting prior to gluing, the operation must be repeated. A second cut ensures the precise alignment and continuity necessary to obtain an imperceptible joint. Securing small pieces: when using a CNC milling machine on small pieces, it is advisable to secure them with masking tape or another auxiliary fastening system. This method prevents the parts from shifting or being thrown out due to the high speed of the milling cutter. To guarantee quality when working with Krion® LUX, the Affinity program is the best option for transformers. It offers continuous training and personalized technical support, ensuring that workshops are fully trained in the proper handling of Krion®.

Backlit Krionâ„¢ â€” when light is the star

In commercial space design, lighting is essential for capturing attention and enhancing the customer experience. Backlit Krion® offers an innovative and versatile solution, ideal for architects and interior designers looking to stand out in a highly competitive market. Thanks to its ability to create unique environments, Krion® transforms any space, enhancing both its aesthetics and functionality. What will you discover in this article about RC Krion® K·Life 1100? What is LED backlighting in commercial shops? Ideas for backlighting projects How backlit colours... work What is LED backlighting in commercial stores? Backlighting is a technique that allows light to pass through Krion® solid surface, creating striking lighting effects. This property is enhanced by the translucency of certain models and the possibility of modifying the thickness of the material, which controls the amount of light that passes through the surface. The result is precise lighting that brings a unique and enveloping atmosphere to the commercial space. In addition to its aesthetic impact, backlighting with Krion® offers a practical solution for highlighting architectural elements, creating dynamic signage or customising the environment according to the needs of the establishment. With their energy efficiency, LEDs not only provide an attractive option, but also meet sustainability standards, aligning with current demands for responsible business practices. Imagine a counter with a backlit logo that invites customers to come closer, or a wall that changes its tone throughout the day, enhancing the customer experience while reinforcing the identity of the premises. Anything is possible with the Krion® LUX series. Project: Manpower See in Porcelanosa Projects Ideas for backlighting retail projects with Krion® Backlighting with Krion® offers endless possibilities for designing commercial spaces that not only attract attention but also create a unique and appealing atmosphere. The most translucent Krion® series, such as the Light Series, Opale Series, Luxury Series, and Nature Series, stand out for their ability to allow light to pass through in a controlled manner, creating stunning visual effects that transform any space into a bright and immersive environment. LIGHT SERIES The Light series is perfect for people seeking purity and brightness. With five colours designed to maximise the effects of backlighting, this collection can transform any commercial space into a bright and welcoming environment, ideal for shops that want a modern and minimalist aesthetic. Extremely bright, it is ideal for designing a multitude of illuminated decorative elements, both on straight and curved surfaces. OPALE SERIES The Opale series is a tribute to the dynamics of water and light. Its colours, which include shades of white and grey, offer backlighting that recreates the serene movement of water, ideal for spaces that want to convey calm and sophistication. Born from the union between movement and light, its colours reflect beautiful veins of light that simulate the flow of water. Its backlighting power enables you to work with different compositions, where light passes through the textured surface to create new lines that were once almost imperceptible to the eye. LUXURY SERIES Nacar, Beige Marfil and Pompei from the Luxury series imitate the beauty of natural stone with a subtle touch of light that can elevate any interior design, from sumptuous jewellery shops to fashion boutiques, where luxury and exclusivity are key. NATURE SERIES White Nature from the Nature series is ideal for spaces that want to maximise brightness and a sense of spaciousness. Its backlit quality makes it perfect for reception desks and any other area that you want to highlight in a business establishment. Its white colour, natural appearance and high percentage of recycled material make it ideal for use as a backlit panel, or even in backlit bar counters. There are other backlit colours, such as: The colour WHITE STAR from the Krion® STAR series, which, together with its metallic reflective details, is perfect for designer settings with spectacular visual nuances and for use as a backlit display. The colour CRYSTAL WHITE from the ROYAL series stands out for its elegance and luminosity, as well as its natural stone appearance. The colour RC Krion® K·Life 1100 from the SNOW series, with 5% post-consumer recycled material, is adaptable to any designer project, offering a warm ambient light in bath or kitchen worktops or even in interior tiles. How backlit colours behave on our Solid Surface The magic of Krion® backlighting lies in its ability to diffuse light uniformly and spectacularly. From a more technical point of view, when creating a low-relief surface with a thickness of 4 mm, the solid surface allows light to pass through, generating different designs that are projected through the chosen colour. Thanks to this and the appropriate choice of thickness, the backlit colours of Krion® allow light transmission that can be adapted to create subtle effects or bold visual statements. The material's ability to be moulded and thermoformed also opens up a world of creative possibilities, allowing designers to explore new shapes and applications in their projects. Project: Nio House View in Porcelanosa Projects The translucency increases as the thickness decreases; this is the same for all colours that generate this effect. Obviously, the colours with the greatest capacity for initial backlighting are much sharper, and, when you decrease the thickness, they allow much more light to pass through. In short, Krion® not only offers a functional and aesthetically versatile material for designing commercial spaces, but also provides a powerful tool for creating atmospheres that can completely transform the customer's shopping experience. → You may be interested in: Colour psychology in store design

KrionÂ®, design kitchenware by InfinitoÂ®

Choosing the tableware for a restaurant or event is one of the details that make the difference in the diner's experience.You should look for dishes that stand out for their simplicity and design, a minimalism that gives all the attention to the food. Designer dishes prioritise details and personalisation, marking the style and personality of the chef. The dishes in gourmet restaurants are meant to be like a perfect canvas. That is why a white plate is the preferred choice of the great masters of the kitchen. That is why, when art and innovation merge, avant-garde projects emerge,... such as the collections presented by Laura Carboni, creative director of the Infinito studio.Experimentation and going beyond is the reflection of Infinito, which has chosen Krion® solid surface to create its designer tableware collections. Hygienic surface: a key approach to tableware designThe properties of Krion® make the material a safe choice that adds high value to the design. Thanks to its physical characteristics, it is a material that guarantees the safety and hygiene essential in this sector.Its almost zero porosity prevents the non-accumulation and proliferation of microorganisms on its surface, offering the asepsis necessary for direct contact with foodstuffs.Its low thermal conductivity allows it to maintain the temperature of the dish, whether hot or cold, for longer periods of time, preventing food from losing its organoleptic properties. Lightweight and easy to clean and maintain, Krion® can be worked in the same way as wood, facilitating its handling and design by professionals in the sector. Its high mineral composition makes it resistant to damage that can be caused in a kitchen, such as scratches, stains, marks, cracks or knocks. Krion® is resistant to all types of products used in cleaning and disinfection processes, although for daily maintenance, water and a cloth would be sufficient. Design tableware made safe with Krion®It is convenient to know the products that make up the materials present in the materials we use on a daily basis, which is why Krion® guarantees safety through the certification of its products. It has been validated and certified by NSF for contact with food, it has obtained the REACH certificate validating that its composition is free of hazardous components for health such as Bisphenol and does not generate volatile organic compounds (VOCS), as certified by the Greenguard and A+ seals. In addition, Krion has made public its Product Health Declaration (HPD), highlighting its commitment to transparency in the composition of its products. Once again, the different Infinito designs, Made in Italy, show the ability to transmit emotions and give value to the dishes, a guarantee of quality and responsibility, in which Krion participates with its material and the confidence that only a company from the PORCELANOSA Group can provide.

AlluslateÂ®: The aluminium composite wall panels that are a surprising new feature in interior decoration

What is Alluslate®? The composite and aluminium wall cladding panels that are revolutionising interior design As a result of the need to create a durable and creative solution for the most innovative of projects, Krion has developed Alluslate®, a composite wall panel made up of two resistant and malleable outer layers of aluminium, where the upper layer is decorated with advanced printing techniques. Alluslate can be installed as Tiles for furniture: display counter fronts, book displays, furniture, wardrobes and closets... Equipment and vertical interior walls in restaurants... and cafeterias, hotels, bathrooms and residences. Composition of Alluslate®, the new aluminium composite wall cladding panel Its composition, made of aluminium and composite, provides great resistance and its surface is decorated using advanced printing techniques that have subsequently been protected by a coating that determines its finish, Matt or Glazed, allowing for the creation of premium quality designs. "The total thickness of the Alluslate® panel is 4 mm" Infographic showing Alluslate® composition Are they large-format wall coverings? Discover what composite and aluminium wall cladding panels can offer you Yes, in addition to their large-format (1200 x 2600 mm), they are so light that they are easily transported and handled. As such, they can be used to cover large spaces in a short space of time, making them perfect wall tiles to be installed for a quick change of decoration in commercial or residential areas where work needs to be carried out quickly and cleanly. The best of Alluslate® It's light and easy to install: Alluslate® composite and technical aluminium panels, despite their large format, are incredibly light and resistant. They have an excellent surface area/weight ratio of 6.7 kg/m2 (approx), which allows them to be handled by a single person, facilitating their transportation and installation. Thanks to their stability, low weight and large surface coverage, their installation is quick, simple, noise-free and dust-free. In addition, it is not necessary to remove the previous material as they can be installed on top of the vast majority of materials. Resistant to moisture and water: The panels are covered by a technical protective layer that surrounds the decoration, protecting them from damage. Alluslate®, whether Matt or Glazed, does not absorb liquid, so it can be installed in splash areas such as shower walls or behind sinks. Easy cleaning: Thanks to the final treatment on their surface, these panels are highly resistant to dirt, preventing stains from penetrating their deeper layers and affecting the design. Basic tools such as microfibre cloths, soapy water or concentrated soap are recommended for maintenance and cleaning. High-definition designs: Alluslate® models are exclusive as their designs have been developed by our Design Department as though they were handcrafted. Each of these drawings is put through a high-quality digitisation process in order to, at a later date, decorate the panels using advanced digital printing techniques. These procedures provide clear contrasting images with vivid colours, offering exceptional resolution and quality. Fire resistance: The composition is based on aluminium and the core of the panel is composed of a low-density thermoplastic polymer (LDPE) with a flame retardant mineral charge. All of this results in a material with innovative properties to protect against fire. The panel's Euroclass classification is B s1 d0. What technical solutions does Alluslate® allow? One of the best aluminium composite cladding panel solutions Complex machining The Alluslate® technical aluminium and composite wall panels allow complex machining without impacting on the panel structure. These panels do not accumulate tension, so they can be drilled, cut or bent to work around columns, corners, plugs and other wall elements. Technical aluminium panels can be transformed in a workshop or on site using basic tools such as drills, a manual milling machine or a circular saw, or many other tools used in carpentry or metal work. Continuous solutions Alluslate® aluminium panels with a Matt finish can be bent using simple milling techniques on the back of the panel and then bent over. This technique allows the creation of internal or external corners without joints, with material continuity which maintains the characteristics of the panel. Say yes to curves To create bends or curves with Matt finish Alluslate® aluminium panels, the best option is to use a roller bending machine, but you could also use a membrane press and its corresponding mould with no need to employ heat. Different connection options The material is supplied with rectified sides, so it can be installed in the following ways: Head to head: Edge to edge, the recommended option if you wish to maintain the visual continuity of the design. In the event that the panels are to be installed in damp environments, we recommend this head-to-head installation and the use of the appropriate sealant between the panels to avoid filtration. Profiles can be used when required for the installation. Versatility of Alluslate® designs Alluslate® can be used to create continuous, infinite designs by placing the pieces successively, both horizontally and vertically, so that the panel motifs coincide in all directions. Some of its models with these characteristics are: Capricce: Taking inspiration from the exotic, Capricce Nocce (with a beige background) and Nero (black background) have artistic and eye-catching natural motifs in which birds, flowers and cheerful colours come together to create different atmospheres and immerse your space in the depths of nature. Alluslate® Capricce Nero Amazonic: The leaves of the Amazon rainforest are the protagonists of this design, which conveys freshness and dynamism. Greenery can be present in your space without the need for further decoration. Alluslate® Amazonic Light Matt Nostalgia: A series with a vintage touch that stands out due to the delicacy and elegance of its pastel tones and floral motifs and is used to create soft spaces full of feeling. Alluslate® Nostalgia Pink These large-format tiles also have models that are designed to create horizontal continuity by placing the panels successively and in the correct order. Bericcio: At first sight, it is really difficult to differentiate the design of Bericcio from natural stone. Its design faithfully reproduces the textures, colours and details of oriental marble. The result is an elegant and luxurious space. Alluslate® Bericcio Grey Calacatta: Reminiscent of the classic Calacatta marble, this design integrates purplish veins to create sophisticated and truly memorable spaces. In gloss and matt versions. With the same groundbreaking design and preserving its essence, it now has a finish that allows it to be curved to give life to shapes and projects full of movement. Alluslate® Calacatta Viola Forest: Inspired by the green marble of India, this design takes over the space, filling it with natural nuances and textures. In gloss and matt versions. With the same groundbreaking design and preserving its essence, it now has a finish that allows it to be curved to give life to shapes and projects full of movement. Alluslate® Forest Green Timber: Alluslate® Timber, in the elegant shades Oak and Walnut, fuses the natural beauty of wood with advanced technical qualities. This lightweight, hard-wearing material is ideal for high traffic areas and is easily installed without the need for special tools. With fire retardant properties and low VOC emissions, Alluslate® Timber provides safety and excellent air quality. Its non-porous surface prevents bacterial growth and facilitates cleaning, creating unique, sustainable and safe spaces. Inspired by nature, these finishes offer a warm and welcoming aesthetic that transforms any space into a haven of elegance and sophistication. Oak captures the essence of oak, providing a soft and luminous tone that enhances the natural beauty of the wood. Walnut, on the other hand, offers a rich, dark hue that infuses spaces with an air of nobility and distinction. Alluslate® Timber combines design and durability, ideal for commercial and hospitality environments. If you are looking for a more random design, with freestyle decoration and no continuous graphic development through the different pieces, Alluslate® offers these models that can be installed in a random fashion: Peak: Every detail of authentic stone is reflected in the Peak collection. Its delicate veins, earthy tones and attention to detail will shape the environment where this collection is installed. Alluslate® Peak Topo Materica: A collection that reflects the simplicity and the light textures of the raw materials to increase the aesthetic possibility of each project.. Alluslate® Materica Nut