Trapezoidal Clamp System Roof Application

    What is Trapezoidal Standing Seam System Roofing?
    Trapez kenet sistem çatı kaplama, özellikle endüstriyel yapılarda tercih edilen bir kaplama yöntemidir. Tek kat ya da ısı izolasyonlu olarak uygulanabilen bu sistemde, sistem alt katman ve detayları proje gerekliliklerine göre belirlenerek, en üst katmanda sahada yerinde imal edilen trapez kenet levhalarının sabit ve hareketli klipsler yardımıyla tek boy şeklinde çatıya monte edilerek birbirine kenetlenmesi yolu ile uygulanır.

    Trapez kenet sistem çatı kaplama, kolay ve hızlı bir şekilde uygulanabilir. Minimum % 5 eğime sahip çatılarda kullanıma uygundur. Trapez kenet sistem çatı kaplama sistemi sayesinde çatı; su geçirmez, mukavemetli ve dayanıklı olmaktadır.
    Application / Section

    Trapezoidal Standing Seam System Roofing

    Trapezoidal Clamp System provides all the advantages of flat clamp system and can also be used in industrial buildings where purlin spacing is wide. In this system, the fact that the production is carried out in the field offers the possibility of manufacturing as a single piece from ridge to eaves or from eaves to eaves. Since it provides a seamless coating in the direction of the roof truss, it is more preferred in wide span roof coverings. Since the trapezoidal clamp is rolled, it eliminates the need for additional Z profile (false purlin) and OSB sheet between the purlins as in the straight clamp and offers more economical and faster assembly.

     

    Advantages of Trapezoidal Clamp System

    • It can be applied in wide purlin spacing

    • It has more load carrying capacity with 38 mm rolled trapezoidal option.

    • Thanks to the high strength of the Trapezoidal Clamp plate, it is not necessary to use OSB etc. plates used in the Flat Clamp system.

    • Since the system has hidden screws, there is no insulation problem caused by screws over time.

    • Since the clamping process is done by robot, any labour error is prevented.

    • Thanks to the rock wool used between the two layers, it increases the fire safety of the building by adding A class non-flammability value to the system.

     

    How is Trapezoidal Standing Seam System Roofing Applied?

    For trapezoidal standing seam system roofing application, the area to be coated must first be cleaned. The roof surface should be cleaned from residues such as old coating materials, nails or screws.

    Then, measurements of the roofing area and materials should be taken. Trapezoidal clamp system roofing materials must be cut as a mould according to the correct size. Support construction should be installed on each channel at the bottom of the trapezoidal standing seam system roofing panel.

    The moulds cut specifically for the trapezoidal standing seam system roofing application area are placed on the standing seam sheets in the lower channel of the roof and fixed with screws.

    After the plates are placed, a clamp band is placed in the trapezoidal clamp system roofing area in a suitable way. Thanks to these tapes, water leakage of the boards in the coating area is prevented. Using special coatings covering the corners of the trapezoidal roof, the corners are covered and the trapezoidal standing seam roofing application is completed.

    After the trapezoidal clamp system roofing process is completed, it is recommended to test the coating. Thus, any damage on the surface is detected and possible water leaks are prevented.

    1

    Trapeze Kenet Profile

    2

    Vapour Stabilising Cover

    3

    Rockwool Board

    4

    Galvanised Z Profile

    5

    Vapour Cutter Cover

    6

    Trapeze Sac

    1. Trapezoidal Clamp Profile
    2. Vapour Stabiliser Cover
    3. Rockwool Board
    4. Galvanised Z Profile
    5. Vapour Cutter Cover
    6. Trapezoidal Sheet

    What are the Types of Trapezoidal Clamp System Roofing?

    Trapezoidal clamp system roofing types are a frequently preferred method in recent years. Compared to other roofing systems, this system is easier to install, long-lasting and durable.

    Trapezoidal standing seam system roofing types offer an aesthetic appearance and personalised design. Trapezoidal sheets produced in different colours and patterns beautify the exterior appearance of the building.

     
    Metal Trapez Çatı Kaplama

    Metal trapezoidal standing seam system roofing; It is a preferred roofing method in many large buildings thanks to its durability and long-lasting structure. It is made using galvanised or painted steel sheets.

    Galvanised steel is steel profiles coated with a protective layer of zinc. Thanks to these trapezoidal seam system roofing products, the steel is protected from rusting and corrosion. Painted steel sheets are sheets painted over galvanised steel. This paint helps the plate to be long-lasting and gives an aesthetic appearance to the trapezoidal clamp system roofing application.

    Metal trapezoidal clamp system roofing is preferred for covering high and large roofs because it is quite light. It is also easy to apply and low cost.

    When roofing with trapezoidal clamp system roofing method; the quality of the material, thickness, colour selection, coating shape and installation method should be selected correctly.

     
    Glass Fibre Reinforced Polyester Trapezoidal Roofing

    Glass fibre reinforced polyester trapezoidal standing seam system roofing is widely used in industrial buildings. Glass fibre reinforced polyester trapezoidal standing seam system roofing has a composite structure formed by combining durable polyester layers.

    Glass fibre reinforced polyester trapezoidal standing seam system roofing is highly resistant to abrasion, corrosion, UV rays and scratches. Therefore, it is very long-lasting and does not require constant maintenance. In addition, trapezoidal standing seam system roofing is lightweight and easily transportable.

    Glass fibre reinforced polyester coating material used in trapezoidal standing seam system roofing process; It is suitable for use in architectural designs, when a solid and smooth surface is needed. Glass fibre reinforced trapezoidal clamp system roofing; It is an easy and fast installation system. Glass fibre reinforced polyester is an ideal material for trapezoidal standing seam system roofing.

    Glass fibre reinforced polyester trapezoidal standing seam system roofing is frequently used on large surface roofs due to its cost-effectiveness. It provides high insulation values with its double-bound feature.

    Polycarbonate Trapezoidal Roofing

    Polycarbonate trapezoidal standing seam system roofing is a roof system that is coated with trapezoidal lines of polycarbonate, a durable and lightweight material. Polycarbonate trapezoidal roofing is preferred on the roofs of buildings such as farms and warehouses.

    Polycarbonate trapezoidal clamp system roofing is a very easy to maintain material. It can be used for many years with regular cleaning and maintenance. In addition, the durability of the material is very high and provides protection against impacts and natural disasters.

    Polycarbonate trapezoidal clamp system roofing has a strong insulation feature. It reduces heat loss, maintains indoor temperature and saves energy. Polycarbonate trapezoidal clamp system roofing is environmentally friendly. It is recyclable and does not harm nature.

    Polycarbonate material is lighter than other roofing materials. Polycarbonate trapezoidal clamp system roofing requires less material and is quick to install.

    Bituminous Strip Trapezoidal Roofing

    Bituminous striped trapezoidal standing seam system roofing is applied by adhering bituminous strips on the steel panel. Bituminous striped trapezoidal clamp system roofing system is easily installed and easy to maintain. It is highly resistant to high humidity and temperature. At the same time, it provides waterproofing thanks to its waterproof feature.

    Bituminous strip trapezoidal clamp system roofing creates a robust and reliable structure thanks to its steel panel structure. In addition, thanks to its non-slip surface, it is suitable for the work done on the roof. Bituminous strip trapezoidal clamp system roofing method, like others, can be made in different colours and patterns and offers a harmonious appearance with the environment.

    Advantages and Cost of Trapezoidal Standing Seam System Roofing

    Trapezoidal standing seam system roofing application is used for covering the roofs of buildings. The advantages offered by this roofing method are listed as follows:

    • Long service life: Trapezoidal standing seam roofing has a long service life. It requires very little maintenance and a short time for cleaning after installation is sufficient.
    • Lightweight and durable: Trapezoidal standing seam roofing is lighter than other roofing materials. Despite its lightweight structure, it is extremely durable and provides protection against variable weather conditions.
    • Easy installation: Trapezoidal standing seam system roofing application is very simple to install. Coatings are connected to each other by interlocking and placed neatly on the roof.
    • Aesthetic appearance: Trapezoidal standing seam system roofing has a positive effect on the aesthetic appearance of buildings. The materials used in the system are diverse in terms of colour and style.
    • Water and heat insulation: Trapezoidal standing seam system roofing provides a high level of water and heat insulation. It prevents the escape of moisture inside the building and thus increases the comfort of the users.
    • Low cost: Trapezoidal standing seam system roofing is more economical compared to other roofing materials. It provides high protection with low cost and annual maintenance costs are low.
    • Environmentally friendly: Trapezoidal standing seam roofing can be made from recyclable materials. Thanks to this feature, it helps to prevent damage to the environment by reducing waste.

    Trapezoidal standing seam system roofing is a frequently preferred coating method recently. The cost of trapezoidal standing seam roofing can vary depending on many different factors. Among them; There are factors such as the size of the roof, material quality, assembly time, slope of the roof and labour cost.