The Marvel of Sintered Stone Sintered stone is a marvel in the world of interior design and architecture. This unique material is a hybrid of real stone, offering many of the design and appearance positives of favorites like quartz or granite countertops, while eliminating negatives, such as water absorption and heat sensitivity.Get more news about Sintered Stone,you can vist our website! Sintered stone is a synthetic surfacing material made entirely of minerals and formed by heat. Unlike engineered stone countertops or quartz countertops, which use resins as binders, sintered stone contains no binders1. The materials are heated to such a high temperature and pressed that the minerals fuse, essentially becoming their own binder. In feel and appearance, sintered stone is similar to quartz, granite, and porcelain countertop materials. It is used for kitchen and bathroom countertops. It can be installed on nearly any surface that requires durable, large format materials: flooring, wall cladding, and exterior facades and siding. One of the most popular brands of sintered stone is Lapitec. Lapitec is a mineral material that is 100% natural and is the world’s only certified sintered stone. It is a popular choice among designers to reinterpret cladding, paving, spa areas, swimming pools, kitchen worktops, yachts, and bathrooms. Lapitec is the perfect solution for anyone wishing to experience their surroundings in the best way possible. It is environmentally friendly - a 100% natural mineral material. It is the only sintered stone slab of its kind in the world; it is entirely made in Italy. Sintered stone is highly durable1. Hot pans can rest on sintered stone without melting or scorching the surface. The material can be chopped on, cut on, scratched, stained, and scored, to little or no effect1. The sun’s UV rays will not fade sintered stone. In conclusion, sintered stone is a versatile, durable, and aesthetically pleasing material that is revolutionizing the world of interior design and architecture. Its unique properties make it an excellent choice for a wide range of applications, from kitchen countertops to exterior facades. With brands like Lapitec leading the way, the future of sintered stone looks bright indeed.

7 Reasons Why Sintered Stone is Better Than Quartz What is Sintered Stone? Never heard of sintered stone? No problem. Sintered stone is still relatively untapped in the US market, but it is starting to gain traction in the design community. Sintered stone is unique in its ability to make people, homes, and buildings healthier. Let’s learn about the benefits of sintered stone!Get more news about Sintered Stone,you can vist our website! 1. It is the Most Durable Surface Money Can Buy Sintered stone is a matrix of minerals heated (or sintered) to form a solid, impenetrable mass. Its surface cannot be etched, scratched, burned, or stained. It offers superior durability to quartz in every measurable way. In a sea of quartz, sintered stone stands alone. Related: The 5 Real Trends to Consider When Choosing Your Kitchen Countertop 2. Inherent Surface Texture Unlike quartz and stone that must be blasted or otherwise treated to create a texture, sintered stone has built-in depth, feel, and anti-slip properties. Brands like Lapitec (Latin for “stone technology”) offer varying levels of texture suitable for anything from countertops to shower floors and pool decks. 3. Fully Heat Resistant For most materials, the answer to the common consumer question “can I put a hot pot on it?” is a resounding “no”. Not so for sintered stone. Sintered stone is formed at extremely high temperatures. Nothing in your kitchen will come close to damaging it. Unlike quartz, which may become yellowed or marred by exposure to extreme heat, sintered stone is unaffected by heat. It’s even suitable for radiant flooring. 4. Indoor, Outdoor, and Everywhere Sintered stone may be used in almost any application. It’s equally resistant to cold as it is to heat, so it’s a great material for outdoor spaces in temperate climates. Sintered stone us UV-resistant and will not fade or lose integrity with exposure to sun, unlike quartz and other materials. Your sintered stone patio will look as good in ten years as it does today! 5. Be a Trendsetter, Not a Follower Sintered stone is the next big thing. It’s a niche product in the North American market, but it’s growing in popularity with every passing day. Sintered stone is already widely adopted in Europe as a high quality, attractive, and practical solution for home surfaces. Wouldn’t you rather set a trend than follow one? Sintered stone gives you that opportunity. 6. Through-body Color and Pattern Sintered Stone is created in such a way that the color and pattern goes all the way through the slab. Unlike porcelains, which typically use a printing technology to achieve patterning, sintered stone’s manufacturing process was designed with through body in mind, so there is no issue with edge detail and seaming. When you have printed patterns, any cuts can expose the unpatterned interior of the slab and cause unsightly lines that interrupt the desired patterns. Sintered stone was designed to avoid that but allowing the pattern to penetrate through the entire slab. 7. Healthy For You and For the Planet Sintered stone is a healthier choice for your home. Its structure is bound together by heat and pressure, not resins and plastic. It is not a petroleum product, unlike quartz surfaces that use petroleum based resin as a binder. It’s also safer and healthier to install due to its low silica content. Silica dust causes silicosis, a permanent lung disease that results in tens of thousands of deaths worldwide. Brands like Lapitec produce silica-free sintered stone products, so you and your installer can breathe easy.

Porcelain Super Slim 5.5mm Slab Tiles What is a Super-Slim porcelain tile? Super Slim or "Thin-Body" porcelain tiles are light weight but extra-strong and require significantly less material and energy to produce than an equivalent standard thickness porcelain tiles which makes them easier to handle and kinder to the environment. Thin porcelain tiles can make a significant contribution to best practice in sustainable design.Get more news about Thin Porcelain Tile,you can vist our website! Are thinner tiles more likely to break than standard porcelain tiles? No, in fact, Super Slim Tiles have been independently tested to be more than twice as strong as equivalent standard porcelain tiles. This is due to the high quality materials used to make Super Slim porcelain tiles and the manufacturing process. Ordinary porcelain tiles are produced using an extrusion manufacturing process where as Mona Lisa 5.5mm Super-Slim tiles pressed under 16,800 tonnes deliver highest density, toughest and most break-resistant product in its class. The advanved technology manufacturing process translates to superior physical characteristics generally including reduced water-absorption, more weather-resistant and dimensional more accurate with size variance of +/- 1mm. Are Super-Slim porcelain tiles suitable for walls and floors? Yes, Mona Lisa 5.5mm Super Slim Slab Tiles are suitable for use on both walls and floors. They have been tested for slip resistance using the more accurate pendulum test and values for all tiles and finishes are available upon request. Do Super-Slim tiles comply with current Australian building and safety standards? Yes, all our porcelain tiles are rigorously tested and comply or often exceed current standards. Data and detailed test results can be provided upon request via our contact us page. Can Super Slim tiles be used out doors? Yes, these tiles will not fade in direct sunlight and are resistant to heat and frost. Our porcelain tiles may be used for patio’s, gardens and even to clad the outside of buildings. Furthermore, the incredibly low water absorption rate of our ultra-thin porcelain tiles means that they are suitable for use in swimming pools and wet areas. Keep in mind that all tiles intended for use on floors should have a slip resistance of at least 36 or greater. Are Super-Slim porcelain tiles suitable for use with underfloor heating systems? Yes, porcelain tiles are a great conductor of heat and Porcel-Thin tiles are perfectly suited for use with both wet and dry underfloor heating systems. Being ultra-thin, our porcelain tiles allow underfloor heating systems to heat up faster and require around a third less energy to reach working temperature, improving the response time of your heating system and saving you money. Can Super-Slim tiles be installed over existing tiles? Yes, providing that the existing tiles are sound and are adequately bonded to the wall. The tiles must be clean and free from contaminates and a suitable priming agent should be applied to the existing tiles prior to over tiling. Is it possible to order samples of Super-Slim porcelain slab tiles? Yes, samples are available via post however these are small cuts and not representative of of the overall product due to the nature of marble stone faces. We highly recommend visiting our main showroom located in Doveton, Victoria. Due to the size and weight of large slab panels we recommend interstate customers contact us to discuss delivery options. Currently, we deliver throughout Victoria and offer shipping for commercial projects located in NSW and QLD.

Installing Large Format Thin Porcelain Panels

Have you seen the wave of new “thin porcelain bodied panels” that have hit the market? These product types range in thickness from ~1/8” (3.5mm) to 5/16” (7mm) and some may be manufactured with a resin or mesh backing. Undoubtedly, the resin or mesh backing provides stability to the thin porcelain panels. Many of the manufacturers of these slim porcelain panel products are suggesting that their products can be used for interior vertical applications and limited interior floor applications. Consult with the thin porcelain panel manufacturer for their recommendation on which specific panel type and thickness is suitable for a specific application. Note that not all thicknesses in a manufacturer’s product range are suitable for all applications. Exterior applications and demanding floor applications may require the use of a specific manufacturer’s porcelain panel (type and thickness) that has been rated for the application and area of use.Get more news about Thin Porcelain Tile,you can vist our website!

LATICRETE International, Inc., the world leader in ceramic tile and stone installation systems, has had a long and successful history of installing thin, ceramic tile panels dating back to the early 1970’s. Based on our successful track record, the following installation systems can be specified for today’s innovative, thin porcelain panel installation challenges. Special installation techniques are required for successfully installing thin-body porcelain panels. For example, using a glass installer’s “vacuum suction cups” and / or “installation frames” can facilitate easier handling and placing of the panels and reduce the chance of cracking them during handling and installation. Consult the thin porcelain panel manufacturer before selection and installation to determine the porcelain panel’s suitability for the intended area of use and the specified project. It is highly recommended that the manufacturer of the thin porcelain tile provide information regarding the tile’s suitability and acceptability for the intended use of the tile and for the service rating of the tile.

SUBSTRATE PREPARATION:
The main challenge for installers is to make sure that the substrate is extremely flat, so as to achieve the required coverage. Floor installations of thin-body porcelain panels are only recommended over interior concrete floor slabs (and approved existing interior ceramic tile over concrete) that meet the maximum allowable deflection standard of L/360 under total anticipated load. Installations over wood-framed floor constructs are not suitable for most of these panels. Floor substrates for the installation of thin-body porcelain veneer panels must be prepared to a Floor Flatness (FF) of 50. The floor flatness (FF) requirements should be determined just prior to the installation of the thin porcelain tile/panels. If the slab does not meet the floor flatness requirements then appropriate surface preparation should be conducted. Maximum variation in the substrate is not to exceed 1/8” in 10’ (3mm in 3m) from the required plane, and no more than 1/16” in 12” (1.5mm in 30cm) when measured from high points. Please refer to LATICRETE TDS 233 “Floor Flatness (FF) and Floor Levelness (FL)” for more information. Typical interior wall substrates are concrete, concrete block and cement backer board. Typically, the following LATICRETE Polymer Fortified Mortars and LATICRETE® or DRYTEK® Self-Leveling Underlayments can be used to properly prepare a substrate prior to the installation of these thin porcelain panels:
In some cases, requests have been made to use thin profile porcelain panels on exterior applications. Please note that for exterior veneer installations, the thickness of the panels can be a concern. The 2012 International Building Code (IBC) - Chapter 14 – Exterior Walls - requires that “adhered veneer finish types” (which include ceramic and porcelain tiles) be a minimum of ¼” (6mm) thickness for use as exterior cladding. In addition, facial size dimensions can also be a factor. For porcelain tile, the 2012 IBC [Section 1405.10.2] requires that exterior adhered porcelain tile be a maximum of 24” (610mm) in any face dimension nor more than 3 square feet (0.28m2) in total face area and shall not weigh more than 9 lbs. per s.f. (44.2 kg/m2).