![]() ![]() Thanks to their seamless nature and their low thickness, they allow you to obtain a new industrial floor by being applied directly over the existing surface and thus providing several advantages in terms of costs and time. Ideal Work®’s solutions are ideal for the renovation of industrial floors. Only PH-neutral detergents are recommended. Soap, acid, ammonium, chlorine or any other abrasive product-based detergents are not to be used. It might turn out useful to periodically treat the floor with some self-polishing wax-based products to be diluted in water (like Ideal Care) or beeswax (like EASY WAX). Rubbing the surface with a wet cloth and a bit of a neutral floor detergent such as Ideal Work®’s PERFETTO! will do the job. Ideal Work®’s industrial floors and in particular Cloud-effect Architop® and Acid Stain, are easy and quick to clean. Cloud-effect Architop® can be applied with just a 3-4 mm thickness, overcoming the traditional concrete’s limits of thickness and weight and yet guaranteeing a great performance of robustness and traffic-resistance. In case of Ideal Work®’s industrial floors, the designer has to estimate the thickness and the kind of concrete to use according to the weight loads the floor will have to withstand. It’s an uneven surface, so it requires the use of dilatation joints. It consists of a reinforced concrete slab which is then refined through a surface treatment in order to obtain a definitive finish. What is the minimum thickness of an industrial floor?Īn industrial floor’s minumum thickness can vary: generally an industrial concrete floor is 5-10 mm thick. Acid Stain floor, on the other hand, can embellish every space with an original and unique design for those who look for an eclectic style thanks to colour veins of different shades and shimmering metallic effects. ![]() If you’re looking for an industrial floor with a strong character and a rough, scratchy look, Cloud-effect Architop® is perfect. Ideal Work® offers different types of modern industrial floors, all different in the look, but all solid, long-lasting and wear-resistant. Ideal Work®’s industrial floors can be applied both indoor and outdoor, on both small and large surfaces and in any context, from commercial to residential areas. Concrete, brick, stone, cloud or scratchy are just some of Ideal Work®’s decorative surfaces’ effects, able to perfectly match any indoor or outdoor area. With Ideal Work®’s decorative floors it’s possible to embellish any kind of space and to customize it thanks to a great choice of effects and colours. Ideal Work® offers several solutions for decorative concrete floors, modern floors with a high performance, easy to maintain, impactful and greatly customizable. The main difference between industrial floors and industrial effect floors has to do with their application and technical features: in fact, industrial effect floors have a low thickness and can therefore cover any kind of surface without joints. When in the States the industrial style became popular so did the industrial effect floors, some decorative surfaces that create a visual reference to the real industrial floors. Special requirements, based on successful experience, for the unique aspects of loads, analysis, design and construction of concrete-pedestal tanks are presented.The term industrial floor indicates the seamless concrete floors used in the industrial field a traditional industrial concrete floor offers several features such as durability and resistance to abrasion, heavy traffic and heavy loads, but its aesthetic look is not alluring. ![]() These loads will conform to the requirements of national building codes that use ASCE 7 as the basis for environmental loads. Determination of snow, wind, and seismic loads based on ASCE 7 is included. This guide refers extensively to ACI 318 Building Code Requirements for Structural Concrete for many requirements, and describes how to apply ACI 318 to these structures. Concrete-pedestal elevated water-storage tanks are structures that present special problems not encountered in typical building designs. This document includes determination of design loads, and recommendations for design and construction of the cast-in-place concrete portions of the structure. These structures are commonly referred to as composite-style elevated water tanks that consist of a steel water storage tank supported by a cylindrical reinforced concrete-pedestal. This ACI guide presents recommendations for materials, analysis, design, and construction of concrete-pedestal elevated water storage tanks. ![]()
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