Neolith is a type of porcelain worktop that is sometimes referred to as ceramic due to its similar characteristics. It is a high-tech porcelain worktop created using sintered technology. Our company offers a wide range of Neolith Kitchen Worktops in various colors, all custom-designed to match your specific requirements. These worktops are crafted from durable porcelain, combining excellent durability with a stylish appearance. You can view a variety of color options in our gallery, and we welcome you to visit our showroom to explore our full range
Neolith porcelain worktops in Slough are ideal for kitchens and bathrooms, offering outstanding functionality along with a sleek, scratch-resistant finish. They are highly resistant to high temperatures and won’t burn or emit harmful substances when exposed to fire. We do recommend caution when placing hot pans directly from the stove onto the worktop, as it will become hot to the touch, although it won’t damage the worktop itself.
These high-tech sintered porcelain countertops are designed to withstand high pressure and weight without bending, yet they are lightweight. They are also waterproof, making staining unlikely. Cleaning is a breeze since they resist chemical cleaning agents, ensuring excellent hygiene.
Neolith worktops are also suitable for outdoor use, as they are UV-resistant and won’t lose their color in the sun. They perform well in extreme heat and cold, remaining unaffected by freezing temperatures. Despite being a top-tier worktop, Neolith is an environmentally friendly choice, as it is made using recycled raw materials through sintered technology. It is stain-resistant and resin-free, making it easy to maintain. Neolith worktops are not only visually appealing but also sustainable.
Neolith Kitchen Worktops Slough
We are a leading fabricator of Neolith worktops in Slough, specialising in creating custom-made worktops tailored to your requirements. Our Neolith worktops offer both aesthetic appeal and durability. Neolith is part of the Ultra Sintered Technology, a versatile material suitable for various applications in both residential and commercial settings. It combines natural minerals, ceramics, porcelain, quartz, feldspar, glass, and silica, which are subjected to super-heated and ultra-compressed technology to create an extremely durable stone
The Neolith countertop is primarily made from porcelain material, although it is sometimes also referred to as ceramic due to its similar characteristics. The manufacturing process involves utilising 100% raw materials, which are then baked at temperatures exceeding 1,200 °C. This high-temperature treatment results in Neolith worktops being exceptionally durable and of high quality, making them an excellent choice for any kitchen.
Neolith is a leading manufacturer in this new technology and stands out in the market due not only to its impressive range of colors but also because it is among the most durable and hard-wearing options available. Neolith porcelain and ceramic countertops are highly resistant to scratches and impacts.
They can withstand very high temperatures, even allowing you to place a hot pan directly onto the work surface. Being non-porous, Neolith countertops do not stain easily and exhibit remarkable resistance to bacteria, ensuring easy cleaning and maintenance.
The Neolith Kitchen Slough range offers a variety of finishes and comes in thicknesses of 6mm and 12mm, making it suitable for a wide range of applications not only in the kitchen but also throughout the home or office. In recent years, Neolith kitchen worktops have gained popularity due to their low-maintenance nature, which caters to the demands of modern, fast-paced lifestyles. Their toughness makes them difficult to damage, and their ease of cleaning simplifies homeowners’ lives.
While Neolith Kitchen Worktop may come with a higher price tag compared to some other materials, its versatility and long-lasting qualities make it a valuable investment for those seeking to create their ideal living or working space. Contact Us for more information.
