Six concrete trapezoidal sheet prices
Notes:Six concrete trapezoidal sheet Prices,It varies according to many factors such as thickness, size, form, coating type, order quantity of the sheet. The following table gives a general price range. To get a more precise price, you must contact a steel dealer or manufacturer.
Factors affecting prices:
- Her sheet thickness:It is produced in different thicknesses such as 0.70 mm, 0.90 mm, 1.20 mm. As the thickness increases, the price increases.
- Form:Different forms such as 38/151, 50/980, 60/940 have different transport capacities and prices.
- Dimension:The height and width of the sheet affect prices.
- Steel Quality:It has different prices such as galvanized coating thickness.
- Additional Services:Additional services such as cutting, drilling, bending are reflected in prices.
- Market conditions:Factors such as iron and steel prices, exchange rates affect prices.
| Form | Thickness (mm) | Approximate price/m² (TL) | Uses |
|---|---|---|---|
| 38/151 | 0.70 | 35 | Medium -sized projects, roof and wall cladding |
| 38/151 | 0.90 | 45 | More durable applications |
| 38/151 | 1.20 | 60 | Structures carrying heavy load |
| 50/980 | 0.70 | 40 | Large openness structures, industrial facilities |
| 50/980 | 0.90 | 50 | Applications that require high transport capacity |
| 50/980 | 1.20 | 65 | Especially long -lasting structures |
| 60/940 | 0.70 | 38 | Houses, industrial structures, roof and wall cladding |
| 60/940 | 0.90 | 48 | More durable and aesthetic applications |
| 60/940 | 1.20 | 63 | Structures carrying heavy load |
| 40/125 | 0.70 | 32 | Medium Scale Projects |
| 40/125 | 0.90 | 42 | More durable applications |
| 54/305 | 0.70 | 37 | Large openness structures |
| 54/305 | 0.90 | 47 | Applications that require high transport capacity |
Notes:
- Other forms:There are also different forms such as 75/215, 18/838. The prices of these forms can be calculated in a similar way to the data in the table above.
- Additional features:Different types of coating such as galvanized, painted, aluminum and additional services are reflected in addition to prices.
- Regional Differences:Prices may vary in different regions.
Factors affecting prices
- Thickness:As the thickness of the sheet increases, the price increases.
- Dimension:Larger sheets are usually more economical.
- Form:Trapeze your sheetsThere are different forms (27/200, 38/151). Since the production cost of each form is different, prices may also vary.
- Coating Type:Different types of coating such as galvanized, polyester, painted are reflected in prices.
- Additional features:Features such as perforation, groove, corner joining increase the price.
- Order Quantity:In bulk purchases, a discount is usually made.
- Market conditions:Steel prices, such as exchange rate market conditions affect prices.
Why are prices change?
- Material cost:Cost of steel, paint, coating materials.
- Workmanship:Cost of transactions such as production, cutting, coating.
- Energy Cost:Energy cost used in the production process.
- Shipping cost:The shipping cost may vary according to the delivery point.
Six concrete trapezoidal sheet forms
Six trapezoidal sheets are a durable and economical material which is frequently used in the building sector, especially in the roof and flooring systems. These sheets, which are used by combining concrete, serve as a carrier and a coated.
Features of Six Tapezes Sacs
- Durability:They are resistant to corrosion because they are made of galvanized steel.
- Lightness:They are lighter than reinforced concrete systems, which puts less load on the structure.
- Quick assembly:Modular structures can be installed quickly and easily.
- Economic:Both material and labor costs are low.
- High transport capacity:When combined with concrete, they have high carrying capacity.
- Heat and sound insulation:It provides good heat and sound insulation when used with suitable additional ingredients.
Subcontractor Trapezi Sheet Types
It is produced in different types according to its properties such as under -concrete trapezoidal sheets, profile heights, widths and thicknesses. Some of the most commonly used profiles are:
- 50/325:It is preferred in systems with low concrete height. It can also be used in medium open systems.
- 70/915:It provides a better merger with concrete thanks to the reliefs on the edges of the hatve. It can be used in large openness systems.
- 90/992:Suitable for thicker concrete layers. It has high carrying capacity.
-
27/200 trapezoidal sheet
- Profile:There are 27 trapezes of one meter long.
- Profile height:It has a lower profile height.
- Uses:
- On lower sloping roofs
- In the wall covering
- In tiles carrying light load
- In fences
- Advantages:
- It is lighter, so it is easier to carry and assemble.
- It is more economical.
- Disadvantages:
- High load carrying capacity is lower.
- It can be less resistant to the wind.
38/151 Trapezoidal Sheet
- Profile:There are 38 trapezes of one meter long.
- Profile height:It has a higher profile height than 27/2.
- Uses:
- On higher sloping roofs
- In high load -bearing flooring
- In industrial buildings
- Advantages:
- It has higher load carrying capacity.
- It is more resistant to wind.
- It has a harder structure.
Six concrete trapezoidal sheet profile comparison table
In the table below, I compared these profiles according to various criteria, including Hadve heights (profile heights).
Notes:This table is a general guide. For a specific project, it is important that you consult the manufacturer’s technical data. Values such as weight, load carrying capacity may vary depending on the thickness of the sheet, material and manufacturer.
| Profile code | Hadve Height (about mm) | Number of Trapezes per meter | Load carrying capacity | Wind resistance | Uses |
|---|---|---|---|---|---|
| 27/200 | 27 | 27 | Low | Low | Structures carrying light load (fences, small openings roofs), wall cladding |
| 38/151 | 38 | 38 | Middle | Middle | Industrial structures, large clarity roofs |
| 60/940 | 60 | 94 | High | High | Very large clarity roofs, heavy load -bearing structures |
| 75/750 | 75 | 75 | High | High | Very large clarity roofs, heavy load -bearing structures |
| 70/915 | 70 | 91 | High | High | Very large clarity roofs, heavy load -bearing structures |
| 90/992 | 90 | 99 | Very high | Very high | Very large clarity roofs, very heavy load structures |
Evaluation of the table
- Hadve height:The height of the profile is directly associated with load carrying capacity and wind resistance. As the height of the hadve increases, these values increase.
- Load carrying capacity:Refers to the maximum load that the profile can carry. High hadval profiles can carry heavier loads.
- Wind resistance:It refers to the resistance of the profile to the wind forces. High hadval profiles are more resistant to the wind.
- Uses:The properties of the profile determine the usage area. For example, low -profile sheets are suitable for light structures, while high -profile sheets are suitable for heavy load structures such as industrial structures.
Profile selection
The right profile selection depends on factors such as the purpose of the structure, the load, the roof slope, the wind load and the budget.
- Low load -bearing structures:Low profile sheets such as 27/200 may be preferred.
- Industrial structures:Medium and high profile sheets such as 38/151, 70/915, 75/750 may be preferred.
- Very large clarity roofs:Very high profile sheets such as 60/940, 75/750, 90/992 may be preferred.
IMPORTANT NOTE:
- Weight:The weight of the profile puts a load on the carrier system of the structure. Therefore, weight should be considered when choosing.
- Assembly:High profile sheets are more difficult to install and require more workmanship.
- Additional Materials:In addition to trapezoidal sheets, additional materials such as insulation materials, waterproofing materials and fasteners are used.
Use of under concrete trapezoidal sheets
- Roofing:It is used on the roofs of structures such as industrial buildings, warehouses and hangars.
- Floor:It is used as flooring in large openings such as factory floors, parking lots and gyms.
- Wall Coating:It can also be used as wall coating material.
- Temperature Ceiling:Used in thermal insulation.
Selection of under concrete trapezoidal sheet
The following factors should be taken into consideration when choosing under concrete trapezoidal sheets:
- Use of the structure:Factors such as load and environmental conditions to be carried by the structure determine the characteristics of the sheet.
- Openness Dimensions:The appropriate profile height and width should be selected according to the openness dimensions.
- Budget:The prices of the sheets of different profiles and thicknesses are different.
Selection of under concrete trapezoidal sheet
- Durability:Thicker sheets are preferred in projects that require high load carrying capacity.
- Appearance:In the sheets to be used on the exterior of the buildings, aesthetic appearance is important.
- Budget:The budget of the project is a decisive factor in the selection of sheets.
IMPORTANT NOTE:
- Current Prices:Prices may also change as market conditions change constantly. Make sure you contact a seller for the most up -to -date price information.
- Setup:It is important that the trapezoidal sheets are installed correctly. It is recommended that you get help from someone expert.
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