From a visionary perspective of Bredi CEO, Miss. Bashayer Saifaldeen, BREDI^® has been stablished to Support a global demand for architectural Aluminium systems. With her years of experience in aluminum business, BREDI^® will provide a complete solution for windows, doors and high-rise building Facade.

BREDI^® window/door systems deliver many advantages, most importantly improved thermal performance. The advantages of aluminium are maintained - such as strength, durability and stability-yet the drawback of thermal conductivity is overcome. This makes BREDI^® windows/doors an ideal solution for commercial building applications and high-end residential projects where large, complex glazing solutions are required.

How does it work?

BREDI^® windows/doors improve energy efficiency by controlling the forms of heat transfer. Heat or thermal heat energy can be transferred through a material in three manners:

1. Conduction is simply the process where heat is transferred through materials that touch one another.
2. Convection is where gasses or liquids circulate to transfer thermal energy.
3. Radiation transfers heat energy at a distance through high frequency waves such as visible light, ultraviolet light or microwaves.

BREDI^® window/door frames are insulated against heat and cold conduction. This is done by separating the outside metal parts from the inside with a material which reduces the amount of heat or cold transferred through the frames. This feature is known as the thermal break.

Athermal break is a non-metallic resin or plastic material installed in the metallic window frame that physically separates the interior part of the window from the exterior part. Hence the pathway for heat energy to be transferred or conducted through the window frame is thermally broken The formal definition from the National Fenestration Rating Council (NFRC) is as follows:

Thermal break: a material of low thermal conductivity that is inserted between members of high conductivity in order to reduce heat transfer. Thermal barrier material conductivity shall be no more than 0.5 W/m.K. BREDI^® window/door can be described as one in which the frame and sash components (members) have been split into interior and exterior elements and joined using a less conductive material. The formal definition of a thermally broken “Member” from the National Fenestration Rating Council (NFRC) is as follows:

Thermally broken (TB) members: system members with a minimum of 5.30mm separation provided by a low-conductance material (where thermal conductivity (is) less than or equal to 0.5 W/m.K or open air space between the interior and exterior surfaces. Such systems include members with exposed interior or exterior trim attached with clips and all skip/debridged systems.

BREDI^® offers a comprehensive range of thermally broken windows and door known as BREDI-S^® and BREDI-H^®These systems designed and tested to maximize thermal performance and meet contemporary aspirations for energy efficiency. BREDI^® residential window and door systems deliver up to 33% better efficiency than comparable double glazed aluminium windows or doors.