Kon heat is a transparent, electrically active glass designed to prevent the formation of condensation, ice, and snow. A special transparent conductive layer is applied to the glass, which heats up in a controlled manner when a low-voltage current is passed through it. The heating layer is transparent and integrates easily into all architectural assemblies. It is primarily manufactured in thicknesses of 6, 8, and 10 mm, but can be combined into thicker units through the lamination process. This glass find its greatest application in the glazing of swimming pools, buildings in mountain locations, glass floors, and canopies.

Fire-resistant glass is produced as multi-layered glass bonded with a special compound resistant to high temperatures. Depending on the level of protection, it can be double-layered or multi-layered. It is manufactured under special conditions using modern technology and specialized chemical compounds. When the glass is exposed to high temperatures for an extended period, a chemical reaction occurs in the layer between the panes; the compound expands and, with further exposure to fire, forms an impenetrable barrier. KONKAV KONVEKS is an importer of fire-resistant glass of all protection levels—PYROBEL—from the reputable world manufacturer AGC. The protection levels of Pyrobel glass produced are: 30, 60, 90, and 120 min. Pyrobel glass is cut to any dimension using specialized tools to ensure the internal fire-resistant protective layer remains undamaged and functions properly in the event of a fire. After cutting, the edges of each glass panel must be protected with a special high-temperature resistant aluminum tape. Only after this procedure can the glass be installed on the building. Fire-resistant glass is installed into fire-rated steel profiles to fully ensure fire protection.

Glass bending is a thermal process used to bring flat glass into a specific spatial form. Glass can be bent on a tempering line where bending is performed only along a regular radius on one axis. After bending, such glass is thermally treated and tempered. Bending into free spatial forms is performed in a chamber with controlled heating using specialized tools. In this way, various spatial forms are achieved, but such glass is not tempered and has lower mechanical resistance compared to tempered glass. Curved glass can be laminated and used within insulating glass units, as well as for canopies, partitions, or railings. All types of glass can be bent except for one group of glasses with special coatings. The thicknesses of glass that can be bent range from 4 to 19 mm, with maximum dimensions of 500x240 cm. Curved glass can be drilled, processed, enameled, and digitally printed.

Electro-active glass that has the ability to change the intensity of its transparency through the use of a special PDLC layer. PDLC (POLYMER DISPERSED LIQUID CRYSTALS) is a multi-layered film that can be applied to the outer surface of the glass or can be protected between two laminated glass panes. A low-voltage current is passed through the PDLC film to achieve the effect of transparent or frosted glass. When current flows through the film, the crystals in the film are oriented in parallel, allowing an image on the other side to be seen clearly (it is transparent). When current does not flow through the film, the crystals are diffusely oriented, making the glass opaque (matte effect). It can be used on all types and thicknesses of glass, except for some patterned glasses. Its greatest use is found in office partitions, where the necessary privacy can be obtained with the simple push of a button.

There are several levels of safety that glass as a material must fulfill. The most basic are tempered and laminated safety glasses, which are used for partitions, doors, shower enclosures, furniture, and similar applications. Their role is to prevent injury upon breakage because they either stay in one piece (laminated glass) or break into small, rounded fragments (tempered glass). The second level of safety glass consists of anti-theft glass for preventing break-ins, which is used for shopfronts, entrance doors, banks, etc. Bulletproof glass, as the highest level of protection, consists of multi-layered glass of various thicknesses to prevent the penetration of rifle rounds. Protection levels: 9mm Para, Magnum 357, Magnum 44, Kalashnikov, and Nato.

This is always executed as multi-layered tempered laminated glass. It is produced as fully submerged partitions supported on four sides or as a panorama system with three submerged sides where one side is free. For every pool, testing and a static calculation are conducted with a check of glass deflection. It is primarily produced as transparent, but different types of glass can be combined upon request. Depending on the size of the opening and the installation method, thicknesses vary from 17 mm to 70 mm. The maximum width of a single glass wall can reach 600 cm.

DielectricMirror is an advanced dual-function mirror (mirror and screen). When the monitor or TV screen is on, the image can be clearly seen. When the screen is off, a full mirror effect is achieved. DielectricMirror is a glass that can be applied to all types of monitors and TVs and can be adapted to specific requirements. It is manufactured in thicknesses of 3, 4, and 6 mm in dimensions of 600x321 cm. DielectricMirror can be processed, tempered, and laminated.

Guardian Bird 1st UV is a highly innovative glass intended to prevent bird strikes. This glass most effectively prevents birds from colliding with buildings. It uses a special UV coating that has a vertical striped pattern invisible to the human eye but visible to birds. In this way, ideal glass transparency is achieved while fulfilling a significant and important bird safety function. It is produced in various thicknesses and is currently available only for the US market.

SentryGlas is a special film used for laminating glass to achieve high material strength. When there is a need for a lightweight but strong material, SentryGlas is used instead of traditional lamination foils. In the event of breakage, SentryGlas has the strength to keep the glass in its shape while providing great rigidity. SentryGlas material is 100 times stronger and 5 times stiffer than traditional laminate, making it very popular for glazing structurally demanding positions such as glass floors in public buildings, stadium railings, and similar applications.

Curved mirrors are most commonly used at intersections or in retail shops. They are made by bending float glass in thicknesses of 4–6 mm, after which a reflective layer of silver nitrate is applied to the curved glass surface and protected by a strong colored lacquer. Such a curved mirror is cut into the shape of a circle, triangle, or square and fixed into a frame system with a steel support. After being fixed into the frame and support, the mirror is ready for installation.

While tempered glass can withstand constant exposure to temperatures of 270°C and short-term exposure up to 320°C, heat-resistant ceramic glass retains its properties at much higher temperatures. For this reason, ceramic glass finds application in the production of fireplaces, stoves, and similar items. They are primarily produced in smaller thicknesses of 2, 3, and 4 mm with maximum dimensions of 110.4x196 cm. During installation, it is necessary to use special high-temperature resistant adhesives/silicones.