CHARACTERISTICS 
EVOLAM K is a laminated glass made up of one or more EVOLAM, EVODUR, EVODUR, EVODUR HST layers of the same or different thicknesses, with one, two or more coloured, translucent or opaque sheets used as the lamination film.
EVOLAM K can also be manufactured from the combination of EVOLAM with EVOLAM, EVODUR with EVODUR HS or EVODUR HST.
Like EVOLAM laminated glass, EVOLAM K is an EVA-coated (Etilen Vinyl Acetate) film, which is UV and moisture-resistant.

EVOLAM K can only be used indoors, and the best expression of a chosen colour is particularly evident when using glass with a low iron content (ultra-clear, Low Iron).
EVOLAM K with EVODUR with EVODUR HS or EVODUR HST far more resistant to mechanical stress than non tempered glass. Choosing different configurations and thicknesses can achieve various levels of mechanical stress resistance, and therefore various levels of security and safety.

Depending on the type of glass used and whether it is tempered or not, EVOLAM K may or may not be further drilled or processed after the laminating procedure. For example, if EVOLAM K includes EVODUR or EVODUR HS, no further holes or cuts can be made. On the other hand if not-tempered glass variants are used, EVOLAM K may be processed after the laminating process.

USES 
EVOLAM K has a wide range of uses and adds an aesthetic bonus to any glazing project:

Glass beams  – glass beams are created to provide structural support for various installations such as skylights, glass floors, floorboards etc. They are made from either tempered or semi-tempered versions of EVOLAM K, the thicknesses and width of which are determined by the load they will have to support. For a full colour display, Glas Expert recommends choosing ultraclear (low-iron) glass. Otherwise, in the case of clear glass, changes in the selected shades or hues in the final EVOLAM K product may occur.

Glass floors – alternating colours in a glass floor, in concert with a harmonious stereotomy, can result in a spectacular aesthetic. EVOLAM K glass floors, consisting of three glass sheets – two to carry the load plus one for safety. In addition to those required by the load calculations regarding strength, size, type of glass and floor fixings, EVOLAM K can include two, three or more glass layers.
Glass railings – designed to provide the right degree of protection, EVOLAM K railings are made in varying configurations and thicknesses. Depending on the mechanical stress the assembly is required to withstand, configurations generally start from EVOLAM K 88.2, EVOLAM K 88.4 and can go up to EVOLAM K 1515.4.
Office glass partitions – We generally produce thicknesses and configurations of 55.2 or 66.2 but others are possible. In these cases, we use EVOLAM K to improve and increase the visual and safety aspects respectively.

EVOLAM K LAMINATED GLASS VARIETIES 
EVOLAM K’s rich colour palette is achieved by overlapping one, two, or up to five coloured interlayers in the laminating process.
There are 15 opaque base colours, 9 translucent colours and 2 types of clear interlayer, the combinations of which can generate hundreds of translucent, opaque or semi-opaque shades. In addition to coloured lamination, EVOLAM K can also contain ceramic printing, ceramic enamel areas or various other inserts.
By combining them, thousands of permutations are available, ranging from subtle transparent and translucent colours to opaque.

TECHNICAL SPECIFICATIONS
Maximum size: 4800 x 2500 mm
Maximum thickness: 200 mm
Maximum weight: 650 kg
The type of glass used for your EVOLAM DESIGN will dictate whether or not further drilling or machining can be done after the laminating process. For example, if your EVOLAM K includes EVODUR or EVODUR HS glass, no further holes or cuts can be made after the laminating process. Whereas if only non-tempered glass variants are used in the EVOLAM K, further processing is possible post laminating process.

STANDARDE APLICABILE, TOLERANȚE ȘI EVALUARE DE PRODUS
EN 1863.1 – Glass in building – Heat strengthened soda lime silicate glass. Definition and description.
EN 1863.2 – Glass in building – Heat strengthened soda lime silicate glass. Evaluation of conformity. Product standard.
EN 12150.1 -Thermally toughened soda lime silicate safety glass.
EN 12150.2 – Thermally toughened soda lime silicate safety glass. Evaluation of conformity. Product standard.
EN 14449 – Laminated glass and laminated safety glass. Evaluation of conformity/ Product standard
EN 12543.1 – Laminated glass and laminated safety glass. Definition and description of component parts
EN 12543.2 – Laminated glass and laminated safety glass. Laminated safety glass.
EN 12543.3 – Laminated glass and laminated safety glass. Laminated glass.
EN 12543.4 – Laminated glass and laminated safety glass. Test methods for durability.
EN 12543.5 – Laminated glass and laminated safety glass. Dimensions and edge finishing.
EN 12543.6 – Laminated glass and laminated safety glass. Appearance.

EN 12600 – Glass in building. Pendulum test. Impact test method and classification for float glass.

The tolerances of this product are described in the “Glas Expert Product and Service Tolerance Handbook ” available to you when placing an order.