Warm spacer bar

Framex – quality in any circumstances

Warm flexible spacer frame

The optimal solution for manufacturing a durable and perfect double-glazed unit.

Combining the strength of stainless steel and the energy efficiency of polycarbonate significantly reduces the cooling of the edge zone of the double-glazed unit, preventing the formation of condensation and mold around the window.

The excellent mechanical properties of the combined frame allow for the realization of any geometric shapes.

The size grid of frames by width:

Characteristics of a warm spacer frame

High-quality stainless steel with low thermal conductivity of 15 W/(m·K);
The front side is made of high-density polycarbonate;
Surface resistance to scratches and strong corners;
The properties of the materials used allow bending the frame on all currently existing bending devices;
Applicable for both rectangular and complex-shaped double-glazed units;
Increases the energy-saving properties of the double-glazed unit by 10-12%;
High mechanical strength, almost no linear expansion;
Manufactured according to EU standards;
Certified by IFT Rosenheim, TUV, certified component for passive house construction;
Suitable as a base for mounting georgian bars in the double-glazed unit.

Advantages of a warm spacer frame

Reduces freezing of the edge zone of the double-glazed unit by 50%;
Reduces heating and air conditioning costs by 5-7%;
Prevents condensation formation on the glass and window;
High resistance to UV radiation;
Contributes to creating the most comfortable and healthy living environment;
The service life is the same as that of the window structure;
Absence of toxic and harmful components for health;
The ability to produce large volumes of non-standard double-glazed units in a short time on automatic lines;
Complies with European standards for applying CE marking to the finished double-glazed unit.

Aluminum flexible spacer frame

Designed for factories equipped with manual or automatic bending equipment.

They are characterized by increased mechanical strength and an elastic aluminum alloy.

The main advantage of a flexible spacer frame is that it has only one connection point, which is sealed at the end of the assembly of the insulating glass unit.

The size grid of frames by width:

Characteristics of a flexible aluminum frame

Special high-viscosity aluminum alloy;
The frame is assembled using a single straight connector;
Increased frame wall thickness up to 039 mm;
Manufactured according to EU standards;
Has the Euro1 certificate;
Service life of at least 50 years;
Suitable as a base for installing decorative georgian bars in an insulating glass unit

Advantages of a flexible aluminum frame

Maintains perfect geometry when bent;
High resistance to corrosion and aging;
Maximum tightness due to having only one frame connection point;
High line productivity due to automatic bending;
Absence of toxic and harmful components for health;
Ability to produce very large and non-standard shaped insulating glass units;
Complies with European standards for applying the CE marking to the finished insulating glass unit.

Aluminium rigid spacer frame

Despite their name, these frames are not elastic. They are used in manual production. Before assembling the insulating glass unit, they are cut into segments of a specific size and then connected using plastic corners. The line of contact between the frame and the glass is carefully filled with a non-hardening sealant (butyl).

Special attention is given to the properties of those surfaces of the frames that form the connection with sealants. The best adhesion is achieved through the application of the latest technologies for degreasing surfaces during the manufacturing process. When selecting spacer frames for insulating glass units, it should be considered that frames made of aluminum, regardless of the manufacturer, have thermal conductivity approximately 25-30 times greater than those made from plastic, or a combination of polycarbonate and stainless steel.

Combined with high humidity and insufficient supply and exhaust ventilation in the room, this leads to the freezing of the window and the formation of a cold zone within a 1-meter radius from it, condensation formation, and, consequently, dampness and mold in the window area. To avoid these consequences, it is recommended to use only warm spacer frames from verified manufacturers for residential spaces.

The size grid of frames by width:

Characteristics of a rigid aluminum frame

Consists of a hollow aluminum profile with diffusion holes;
Has high-quality weld seams, correct geometry, and good adhesion to sealing materials;
Cut according to the required dimensions of the insulating glass unit;
The frame is assembled using special connecting corners;
Manufactured according to EU standards;
Service life of at least 50 years;
Suitable as a base for installing decorative georgian bars in an insulating glass unit.

Advantages of a rigid aluminum frame

Used in manual production;
Ensures perfect geometry of the insulating glass unit;
High resistance to corrosion and aging;
Non-flammable;
The optimal size of perforation holes allows the molecular sieve to absorb moisture inside the insulating glass unit as quickly as possible;
Absence of toxic and harmful components for health;
Ability to produce large-sized and non-standard shaped insulating glass units;
Complies with European standards for applying the CE marking to the finished insulating glass unit.

Comparison of technical characteristics

Comparative table of construction characteristics using different types of spacer frames
(using the example of the insulating glass unit 4-12Ar-4-12Ar-4i).

Thermal conductivity of the material, W/m*K;

Linear coefficient of thermal conductivity of the insulating glass unit in the edge zone, W/m*K

Heat transfer coefficient of a window made from PVC profile, W/m²*K;

Thermal resistance of the insulating glass unit, m² K/W;

Warm spacer frame

N/J – 15
Plastick – 0,24

0,038

1,0

0,77

Aluminum flexible spacer frame

Aluminium – 160

0,075

1,2

0,68

Aluminum rigid spacer frame

Aluminium – 160

0,075

1,2

0,68

Warm spacer frame

Thermal conductivity of the material, W/m*K;

N/J – 15
Plastick – 0,24

Linear coefficient of thermal conductivity of the insulating glass unit in the edge zone, W/m*K

0,038

Heat transfer coefficient of a window made from PVC profile, W/m²*K;

1,0

Thermal resistance of the insulating glass unit, m² K/W;

0,77

Aluminum flexible spacer frame

Thermal conductivity of the material, W/m*K;

Aluminium – 160

Linear coefficient of thermal conductivity of the insulating glass unit in the edge zone, W/m*K

0,075

Heat transfer coefficient of a window made from PVC profile, W/m²*K;

1,2

Thermal resistance of the insulating glass unit, m² K/W;

0,68

Aluminum rigid spacer frame

Thermal conductivity of the material, W/m*K;

Aluminium – 160

Linear coefficient of thermal conductivity of the insulating glass unit in the edge zone, W/m*K

0,075

Heat transfer coefficient of a window made from PVC profile, W/m²*K;

1,2

Thermal resistance of the insulating glass unit, m² K/W;

0,68

Reference materials

Довідник

Old windows: hidden risks

Old windows: hidden risks Framex - quality under any circumstancesDismantling old windows is a...

Warm spacer bar

Warm flexible spacer frame

Characteristics of a warm spacer frame

Advantages of a warm spacer frame

Aluminum flexible spacer frame

Characteristics of a flexible aluminum frame

Advantages of a flexible aluminum frame

Aluminium rigid spacer frame

Characteristics of a rigid aluminum frame

Advantages of a rigid aluminum frame

Comparison of technical characteristics

Reference materials

Do you have any further questions?