Unilux STANDARD

Developed by domestic technology and from domestic materials.

Most suitable for the refurbishing of old, existing buildings, but also used in new buildings. The Standard has been developed using 100% local technology and materials..

• Profile thickness: 68 mm+Al
• Rubber: 5 pieces
• Finish: available in two colours – natural wood and terracotta

• 4 flot + 16 Al + 4 Low-E

For profile tickness 68 mm

• Ug=1.1 W/m²K
• Uf=1.4 W/m²K
• Uw=1.3 W/m²K

Ug = Thermal conductivity coefficient of the glass,
Uf = Thermal conductivity coefficient of the frame,
Uw = Thermal conductivity coefficient of the entire window

Terming 92 and 78

Wooden profile of four layered (enhanced thermal characteristics) bonded elements with aluminium drip moulding on the frame and the casement that prolong the life of the window and protect the window from external conditions.

• Profile thickness: 92 mm
• Rubber: 2 pieces
• Finish: water-based stains and paints

• Up to 50 mm, which allows for different thermal (Ug = 0.5 – 1.1) and acoustic (32 – 42 dB) insulation solutions.Possibility of installing different types of glass.
  – 4 Low-E + 12 Al + 4 flot + 12 Al + 4 Low-E

Profile thickness 92 mm

• Ug=0.6 W/m²K
• Uf =0.8 W/m²K
• Uw=0.8 W/m²K

Profile thickness 78 mm

• Ug=0.6 W/m²K
• Uf =1.0 W/m²K
• Uw=0.9 W/m²K

Ug = Thermal conductivity coefficient of the glass,
Uf = Thermal conductivity coefficient of the frame,
Uw = Thermal conductivity coefficient of the entire window

• Wooden windows have been proven to have the highest levels of thermal and acoustic insulation of all materials. What does this mean? With their good thermal qualities, wooden windows are almost exclusively used for low-energy buildings, “passive houses”.
• Wooden windows, unlike all other materials, have the ability to diffuse vapour. What does this mean? Wooden windows “breathe”. Only wooden windows allow excessive amounts of moisture in a room to be eliminated by diffusion, and when the air is dry in a room, the wood lets in the required amount of moisture from the outside, again by diffusion.This is called a “healthy climate exchange”.
• Nowadays, wooden windows are made of multi-layered bonded elements which increase their stability in terms of the distortion and cracking of the profiles,and they consequently achieve excellent mechanical properties.
• The treatment of the wooden elements is the same as the treatment of furniture, and the use of high quality, environmentally friendly, water-based varnishes provides lifelong protection and ensures easy maintenance. Wooden windows, with their antistatic properties, largely repel dust, while other materials, plastic in particular, with their electrostatic properties, strongly attract dust from the air.4
• Once again you will be surrounded by a completely natural and non-harmful material in your home.
• Wooden windows burn, but more slowly than other materials (self-extinguishing), producing only a small amount of harmful gases.
• Purchasing a wooden window contributes to sustainable forestry , because wood is a renewable resource. The renewal and expansion of forests is a general trend of development and conservation of natural resources at the level of international organisations (Forest Stewardship Council – FSC, Germany).

Eku Woodart TT 

Thermoplus 98

The combination of wood elegance with the strength of aluminum, with high resistance and minimal maintenance, give a warmer and brighter atmosphere, with natural elegance.

Just like other profiles, it enables a large selection of opening variants at the request of buyers, investors and designers. This profile is offered mostly with oak paneling in colors of the customer’s choice. At the customer’s request, it is possible to work in other types of wood.

Oak cladding in colors of the customer’s choice

• Ug=0.6 W/m² ºK
• Uf =1.26 W/m² ºK
• Uw=0.8 W/m² ºK

Ug = Thermal conductivity coefficient of the glass,
Uf = Thermal conductivity coefficient of the frame,
Uw = Thermal conductivity coefficient of the entire window

Unilux UNIVERSAL

Best suited for new buildings with high requirements in terms of thermal and acoustic characteristics

Most widely used in our country, with enhanced acoustic and thermal characteristics compared to the Standard. The Universal is best suited for new buildings with high requirements in terms of thermal and acoustic characteristics, and can also be used in old buildings. The Universal has been developed using 100% local technology and materials.

• Profile thickness: 68 mm+Al
• Rubber: 6 pieces
• Finish: available in all colours except bleached

• 4 flot + 16 Al + 4 Low-E

For profile tickness 68 mm

• Ug=1.1 W/m²K
• Uf=1.4 W/m²K
• Uw=1.3 W/m²K

Ug = Thermal conductivity coefficient of the glass,
Uf = Thermal conductivity coefficient of the frame,
Uw = Thermal conductivity coefficient of the entire window

Unilux LUX

High demands of both thermal and acoustic characteristics

Meets the high demands of both thermal and acoustic characteristics as well as aesthetic appeal. The Lux is the same as the Universal, with additional window and door trim and radiator covers.

• Profile thickness: 68 mm+Al
• Rubber: 6 pieces
• Finish: available in all colours except bleached

• 4 flot + 16 Al + 4 Low-E

For profile tickness 68 mm

• Ug=1.1 W/m²K
• Uf=1.4 W/m²K
• Uw=1.3 W/m²K

Ug = Thermal conductivity coefficient of the glass,
Uf = Thermal conductivity coefficient of the frame,
Uw = Thermal conductivity coefficient of the entire window

Unilux ENERGY

Made by using special technology and from local materials.

Designed for “passive houses”. The Energy is made using special technology and from local materials. The glass is 4/20/4/20/4, two of which are low emissivity and one is float. The coefficient of thermal conductivity is Uw < 0.8 W/m² ºK, which means the thermal conductivity is low.

• Profile thickness: 92 mm+Al
• Rubber: 6 pieces
• Finish: available in all colours

• 4 Low-E + 20 Al + 4 flot + 20 Al + 4 Low-E

For profile tickness 92mm

• Ug= 0.6 W/m2K
• Uf= 1.0 W/m2K
• Uw=0.9 W/m2K

Ug = Thermal conductivity coefficient of the glass,
Uf = Thermal conductivity coefficient of the frame,
Uw = Thermal conductivity coefficient of the entire window

Classic 68

Wooden profile of three layered bonded elements with aluminium drip moulding on the frame and the casement that prolong the life of the window and protect the window from external conditions.

• Profile thickness: 68 mm
• Rubber: 2 pieces
• Finish: water-based stains and paints

• Up to 30 mm, which allows for different thermal (Ug = 0.8 – 1.1) and acoustic (32 – 38 dB) insulation solutions.
• 4mm flot+ 20mm Al + 4 mm Low-E
• Possibility of installing different types of glass.

• Ug= 1.08 W/m²K
• Uf= 1.30 W/m²K
• Uw=1.16 W/m²K

Ug = Thermal conductivity coefficient of the glass,
Uf = Thermal conductivity coefficient of the frame,
Uw = Thermal conductivity coefficient of the entire window