M12000

M12000
M12000

A non thermal break system for sliding constructions with special appearance thanks to the unique design of the profiles (elliptical shape).

  • Sash width 45 mm.
  • Stainless steel rail for minimizing the friction between frames and sashes, offering smooth and easy scrolling of the sashes.
  • All potential typologies of sliding systems can be implemented.
  • Α unique characteristic of this system is the use of a totally concealed stainless steel rail in the floor.
  • The shape of the rails facilitates the waters’ drainage.
  • Glazing can be installed after completing the sashes construction.

M20500

M20500
M20500

Tilt and turn opening system without thermal break which exclusively combines with stainless steel hardware (PVC groove).

  • Basic depth of system 50mm.
  • Stainless steel mechanism of 16mm with security locking bolts (mushroom shape) can be easily installed installed with valuable time savings.
  • Special reinforcement in the frame profiles for screwing and supporting the hinges.
  • Appropriate distance of 4mm between the sash and the frame for continuous application of sealing gaskets even behind the hinges.
  • Large variety of designs (flat, curved, classic).
  • Glass thickness up to 31mm and sash weight up to 130kg.

M20000

M20000
M20000

Tilt and turn opening system with thermal break which exclusively combines with stainless steel (PVC groove) hardware.

This system offers satisfying thermal insulation and enhanced security level.

  • Basic depth of system 62.5mm.
  • Stainless steel mechanism of 16mm with security locking bolts (mushroom shape) can be easily installed with valuable time savings.
  • Special reinforcement in the frame profiles for screwing and supporting the hinges.

M14000

M14000
M14000

A complete non thermal-break system for sliding doors and windows, with a large variety of profiles.

M14000 is a complete non thermal-break system for sliding doors and windows, with a large variety of profiles. Among other features, special design can be achieved thanks to 90o cuttings and by minimizing the visible aluminium frame of the interlocking profile.

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