Double glazing - Import export

Window spacer profiles are used to produce insulating glass. It creates space between the 2 glass panes and holds inside the Molecular sieve which will stop fogging of the insulating glass installed to the Windows of the buildings. Primary and secondary sealants are applied to the glass panes together with spacer profile to complete the combination and have a good sealed insulating glass unit which will withstand differant temperature conditions.

Butyl is a solvent free, one component sealant which is used as primary sealant for manufacturing insulating glass units. It has a very low water permeability, good adhesion to glass, aluminium and steel and has a good ageing resistance.

• Self-locking mechanism in open sashes • Thermal insulation advantage especially suitable for glazing high balconies and threshold applicable spaces • Stronger panel structure • Aesthetic and invisible locking mechanism that is adjustable to desired height • Applicable to 90o and 135o type corners with angular panel profiles • Maximum insulation due to inner magnets and in between gaskets of panels • Aesthetic design that appeal to modern tastes in panel and rail profiles, beside their robust structure • Wheel systems designed for silent move • Panel caps that aesthetically integrate with panel frame • Panel exit guide that closes automatically with panel movement makes easier usage with stores has Utility Model Award • Effective water discharge from bottom rail • At bottom and on top 4 pieces of wheel systems at total • Totally integrated, elegantly designed wall side aluminium profiles • Enhanced insulation with extra wall side gaskets

Position of the venetian blinds between insulated double glazing prevents any physical intervention. It also ensures that blinds are not dusted, contaminated and affected by weather conditions. Thus, it does not require any maintenance and cleaning. Argon gas is filled between double glazing in all our products with venetian blinds. Argon gas both increases heat insulation and ensures smooth operation of the system. All kinds of qualified glass types (Low-E, tempered, laminated, etc.) and thickness (5 mm, 6 mm, 8 mm etc.) can be used in IGU units with venetian blinds.

These crystals are characterised by a three-dimensional pore system, with pores of precisely defined diameter. This diameter is in the dimension of the size of molecules such as water, CO2 and H2S. The pores can be adjusted to precisely determined uniform openings allowing for molecules smaller than its pore diameter to be adsorbed whilst excluding larger molecules, hence the name “molecular sieve”. The different pore sizes of synthetic zeolites open up a wide range of possibilities in terms of "sieving" molecules of different size or shape from gases and liquids.