Extruded window profile in brass design. Due to the presence of thermal fracturing, it is used in the middle zone of Russia. The system depth is 100 mm, the width of the shaft is 68 mm.

Rolled window profile. It can be made in galvanized and stainless steel, as well as in brass. Due to the presence of thermal fracturing, it is used in the middle zone of Russia. The system depth of the profile is 85 mm, the width of the stud joint is 68 mm.

Extruded door profile in brass design. Due to the presence of thermal fracturing, it is used in the middle zone of Russia. The system depth is 90 mm, the width of the shaft is 140 mm

Rolled door profile. It can be made in galvanized and stainless steel, as well as in brass. Due to the presence of thermal fracturing, it is used in the middle zone of Russia. The system depth of the profile is 85 mm, the width of the stud joint is variable from 68 to 114 mm in the area of the locking mechanism.

Rolled door profile. It can be made in galvanized and stainless steel, as well as in brass. Due to the presence of thermal fracturing, it is used in the middle zone of Russia. The system depth of the profile is 90 mm, the width of the shaft joint is 135 mm.

The rolled door profile of the famous Italian brand Seco. Available in galvanized and stainless steel, as well as in brass. Due to the presence of thermal fracturing, it is used in the middle zone of Russia. The system profile depth is 85 mm, width The shaft joint is 156 mm

The rolled door profile of the famous Italian brand Seco. Available in galvanized and stainless steel, as well as in brass. Due to the presence of thermal fracturing, it is used in the middle zone of Russia. The system profile depth is 85 mm, width The joint length is variable — from 62 to 128 mm in the area of the locking mechanism.

Extruded brass facade profile. It has a unique industrial design in the form of a brand, the width of the hood is only 40 mm.

Rolled facade profile. It can be made in galvanized forged and stainless steel, as well as in brass. Geometric parameters are calculated based on operational loads.