LG Industries designs, manufactures and distributes its own products. The production of Enclosures and Shower Cabins includes glass processing as well as the "tempering" process.
The transformation of float glass into shower enclosures is a precise manufacturing process that begins with the creation of float glass via floatation on a tin bath. The result is flat, uniform glass, essential for optimum Enclosures quality. Our float glass is of the highest quality, guaranteeing maximum transparency and clarity.
The glass is then cut to the desired dimensions with our precision tools, passing through each of our machines. The edges of the glass are then diamond-polished to eliminate any risk of cutting. We also bevel the edges and corners to reduce the risk of breakage during installation.
Next, the glass undergoes thermal tempering in our 60-meter furnace, making it up to five times stronger to withstand the mechanical and thermal stresses of the bathroom.
If required, screen-printed or sandblasted decoration is applied, as is a special surface treatment to facilitate maintenance. Our treatment isGerman-made, PFOA-free Nano Care.
The Enclosures are then fitted with their aluminum or stainless steel profiles, fasteners and handles in resistant and designer materials, before undergoing rigorous final quality control.
Produced in this way, our products ensure safety, durability and modern bathroom aesthetics.
Float glass is processed on our production facilities. It is cut, drilled and beveled.
Checks are carried out throughout the production process.
The quality of float depends on its thickness, transparency and flatness. LG Industries uses top-quality float.
When it comes to shower Enclosures , the choice of float glass is a crucial step, influenced by specific installation requirements such as safety, aesthetics and durability. The different thicknesses of float glass play an essential role in these aspects: from 5 to 10mm thick, it meets a wide range of needs: from standard 5mm to products positioned as Luxury in 10mm.
In our furnace, the glass is heated to a very high temperature, then cooled and dried. This process produces safety glass.
European standard EN 12150, which governs tempered safety glass, specifies that when Securit (or tempered) glass breaks, it must fragment into small pieces without sharp edges to minimize the risk of injury. The key criterion stipulates that such a sample must fragment into at least 40 pieces over an area of 50 mm x 50 mm.