Series models

L01
L01
L23
L23
L02
L02
L03
L03
L04
L04
L05
L05
L06
L06
L07
L07
L08
L08
L09
L09
L10
L10
L11
L11
L17
L17
L18
L18
L19
L19
L20
L20
L00
L00

The technique of filling the doors

FALSE
Door filling

The door filling is inserted into the door leaf. Fill on both sides surrounded by the profile of the door leaf. Surface INOX supports the contour of the glass.

  • Width of joint 40mm
  • Glazing 36 mm
  • The thermal conductivity value of 0.8 W/m2K
  • 7 kg/m2
UNILATERAL OVERHEAD
Door filling

Elegance on the outside, functionality on the inside: in a variant with unilateral overhead door filling decorative panel covers the outer side over the entire surface. From the inside flap of the door surrounds door filling — fold doors and filling are visible.

  • Fill a width of 54 mm
  • Glazing 50 mm
  • The thermal conductivity value of 0.62 W/m2K
  • Weight 8 kg/m2
Functionality

Modern doors are composed of structural components that ensure the stability of products and decorative elements. Constructive components are frame, with the doors fixed in the wall, a leaf that moves with every opening or closing. The filling door is a decorative element, which mainly depends on the appearance of the structure. However, the door leaf MACKO not only look beautiful, they greatly improve the functionality of the doors.

 
Energy efficiency

For us energy efficiency begins with the entrance doors. Start now with a well-insulated entrance doors. Installing doors filled with insulation, wide profile and correct a "warm" threshold, you will receive significant savings on energy. Entrance doors with paintings by MASCO today meet the standards of energy efficiency, which will dominate in the future, so it is a reasonable investment in your own well-being.

 
 
 
Durability

Door filling weighs 4-5 times smaller than double-glass. The use of panel masko reduces the load on the flap and the hinges and, consequently, increases the durability of the doors. The use of technology inserts the filling into the leaf provides improved static indicators of the structure and prevents sagging. The outer layer is made of HPL panel, heat-resistant, therefore, does not experience deformation.

 

Color

Anthracite sand/ HPL 2.0 mm
Basalt RAL 7039 / HPL-2.0 mm
Grey Matt / HPL-2.0 mm
Umbra Matt/ HPL -2.0 mm
Black Ulti-Matt/ HPL - 2.0 mm
AnTeak / HPL 2,0 мм
Golden oak / HPL-2.0 mm
Nussbaum / HPL-2.0 mm
Montana oak / HPL-2.0 mm
Anthracite structural/ HPL - 2.0 mm
Black-brown's structural 8518/ HPL - 2.0 mm
Woodec Oak Turner
Woodec Oak Sheffield grey
White PVC
White HPL
Бетон Skyline 0427
Dark concrete CAVE 0428

Glass

Double glazing with high energy efficiency is our standard.

The glass has a thickness of 36 mm, where the components have a thickness of:

4-6 mm (glass) / 10-12 mm (warm distance) / 4mm (glass) / 12 mm (warm distance) / 4 mm (glass)
In the space between the panes of glass created a warm distance, is mostly argon (90%),

which further reduces the heat transfer coefficient Ug.