Sheet Metal - Pipe - Profile - Structural Steel
Sheet metal

It is a flat steel in the form of coils or sheets, obtained by hot rolling the rectangular cross-section semi-product called slab, which is formed as a result of the solidification of liquid steel by the continuous casting technique, in a hot rolling mill, and whose thickness varies between 1.50 and 20.00 mm.

Sheet Metal Types
  • ST37 Black Sheet
  • ST44 Black Sheet
  • ST52 Black Sheet
  • Cold Rolled Sheet (CR) - DKP
  • Checkered Sheet
  • Printed Sheet
  • Perforated Sheet
  • Expanded Sheet
  • Aluminum Sheet
  • Boiler Sheet
  • Rolled Sheets
  • Stor
    • It is used in the manufacture of construction machinery and work machines, in general construction panels, in the manufacture of road and railway vehicles, in storage tanks, in container manufacture, in the manufacture of pressure vessels or boilers, in the manufacture of LPG, and in the interior and keel of ships.

image
Pipe

Industrial pipes are produced from hot rolled (HR) black or cold rolled (CR or DKP) raw material strips using high frequency welding (ERW) in advanced technology machines in accordance with TS EN 10305-5 and TS EN 10305-3 production standards.

Types of Pipes
  • Industrial Pipe - HR
  • Galvanized Pipes - HR
  • Scaffolding Pipes - HR
  • Galvanized Plain End Pipe - HR
  • Galvanized Threaded Sleeve Pipe - GR
  • Black Plain End Pipe - HR
  • Black Threaded Sleeve Pipe - HR
  • Annealed Black Plain End Pipe - HR
  • Galvanized Construction Pipes - HR - GZR
  • Pressure Resistant Installation Pipes - HR
  • Natural Gas Installation Pipe - HR
  • PE Coated Natural Gas Installation Pipe - HR
  • Boiler Pipes - P235GH
  • Fire Safety Pipes - UL - FM
  • Patent Elbow
Usage areas

Industrial pipes, which are used in many sectors, are especially used in construction and newly constructed structures. They are also used in areas such as ship transportation, road transportation, chemical transportation. The type and internal structure of the industrial pipe varies according to the type and structure of the liquid that will pass or remain inside. Industrial pipes are frequently preferred and used in the following areas;

  • Different industrial facilities,
  • Automotive sector,
  • Furniture sector,
  • Household appliances industry,
  • Used as a load-bearing structural material in areas and units such as textile material production facilities and textile production centers.
image
Profile

We deliver all rectangular profiles, square profiles, painted and construction profiles, special section profiles, oval and D profiles manufactured in accordance with the standards in retail and wholesale according to the expectations and needs of our valued customers. It should be noted that the products in the profile category vary in terms of their dimensions and unit weights; profile dimensions (mm) and wall thickness (mm). In terms of occupational health and safety, you need to choose the material with the ideal profile section and wall thickness according to the strength and static values ​​of the material you choose.

Profile Types
  • Construction Profiles - HR
  • Industrial Profiles - CR
  • Structural Profiles - HR
  • Flat Oval Profiles - CR
  • D Profiles - CR
  • Ellipse Profiles - CR
  • Omega Profiles - HR
  • Hexagonal Profiles - CR
  • Embroidered Profiles - HR
  • Flower Patterned Profiles - HR
  • Galvanized Profiles - HR
  • Painted Profiles - HR
Usage areas

It is used in the furniture and logistics sectors, shipbuilding, roofing, construction of residential and industrial buildings, and manufacturing of machinery and agricultural equipment.

image
STRUCTURAL STEEL

As a result of competition in the construction sector, companies are trying to differentiate themselves and be superior to others. With the developing technology, new solutions are being sought and new construction systems are being created in this direction. The sector is in a process of change where the capacity, talent and skills of different materials come to the fore and visual changes are used together with functional differences. More functional new methods are preferred over the previous clichéd traditional methods. Steel construction is at the forefront among these new methods.

What is Structural Steel?

As mentioned above, structural steel is actually an alloy formed as a result of processing iron. It is an alloy formed by iron with familiar elements such as carbon, silicon, manganese, aluminum, copper, chromium, nickel, boron, etc. The type and proportions of these elements are decided according to the nature of the steel to be used in the structure. For example, the carbon ratio in the alloy determines the hardness of steel.

Structural Steel in Terms of Its Properties?

Steel is a highly durable and lightweight material. It is a popular construction material because it allows for different solution possibilities, is open to interpretation, and creates large and spacious areas in terms of use. On the other hand, load-bearing steel can produce uninterrupted spaces in structures. Because there is no need for intermediate columns and walls. If we make a small comparison with reinforced concrete; a column that needs to be made 100*100 cm for a structure with a reinforced concrete load-bearing system can be solved with a 40*40 cm column in a structure with a steel load-bearing system. In this way, a net gain in usable space is achieved in the spaces.

Our favorite construction material, steel, is a ductile material. It can undergo significant deformations, which provides the most suitable solutions for earthquake loads. This is why, especially in earthquake zones such as Japan, people prefer steel-loaded houses to feel safe. In today's Turkey, the use of steel construction is also increasing. Especially in the last 10-15 years, the use of steel as the main construction material has become increasingly widespread.

Another feature that makes steel preferable is that it can be disassembled and assembled, and that demounted structures built with structural steel can be transported to different locations and easily adapted to change. In addition, it provides opportunities for renewal, variations and old buildings to adapt to new uses in structures. Because steel is a 100% recyclable material. It would be quite appropriate to say that it is the sustainable construction material of the future. The best example of this is the reality that 96% of steel structures in Europe are built with recycled structural steel.