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    Halogen Free Flame Retardant Pipe Fittings

    Country
    France
    Project
    Essentials theme
    Client
    pixfort Inc
    Budget
    €500K - €1M
    Elsu Boru

    Halogen Free Flame Retardant Pipe Fittings

    Kod
    Code     		Ürün Adı
    Product Name     		Ölçü
    Measurement
    ELSR102 Düz Boru Mufu / Straight Pipe Socket 16-20-25-32 mm
    ELSR202 Spiral Boru Mufu / Spiral Pipe Muff 16-20-25-32 mm
    ELSR302 Şeffaf Spiral Boru Mufu / Transparent Spiral Pipe Muff 16-20-25-32 mm
    ELSR402 90° Dirsek / 90° Elbow 16-20-25-32 mm
    ELSR502 T Dirsek / T Elbow 16-20-25-32 mm
    ELSR602 Düz Boru – Buat Rekoru / Straight Pipe – Junction Box Record 16-20-25-32 mm
    ELSR702 Spiral Boru – Buat Rekoru / Spiral Pipe – Junction Box Record 16-20-25-32 mm
    ELSR802 Geçmeli Tip Antigron Kroşe Kapaklı / Snap Type Antigron Crochet Cover 16-20-25-32 mm
    ELSR902 Geçmeli Tip Antigron Kroşe (Ay) / Interkaced Type Antigron Croched (Moon) 16-20-25-32 mm
    ELSR1002 Dübelli Kroşe / Doweled Crochet 16-20-25-32 mm
    ELSR1002 Baston Kroşe / Cane Crochet 16-20-25-32 mm
    ELSR1102 Cımbız Kroşe / Tweezer Crochet 16-20-25-32 mm
    ELSR1202 Boru Bükme Yayı / Pipe Bending Spring 16-20-25-32 mm
    ELSR1302 Dübel / Dowel 16-20-25-32 mm
    ELSR1402 110x110x74 Termoplastik Buat / 110x110x74 Thermoplastic Junction Box 6-7-8-10-12 mm
    ELSTB102 85×85 Antigron Buat / 85×85 Antigron Junction Box 110x110x74 mm
    ELSTB202 200×200 Kare Buat / Desant Type Interlocking Deep Case Cover 85×85 mm
    Koruma Sınıfı
    Protection Class     		–
    Min. Çalışma Sıcaklığı
    Min. Operating Temp.     		-5°C
    Max. Çalışma Sıcaklığı
    Max. Operating Temp.     		60°C
    Yalıtım Direnci
    Insulation Resistance     		–
    Deney Gerilimi
    Test Voltage     		–
    Sıkıştırma Dayanımı
    Compression Strength     		–
    Standart
    Standard     		TS EN 61386-21 Boru Sist.
    Hammadde
    Raw Material     		PP-PE-ABS
    Renk Kodları
    Color Codes

    01

    02

    03

    04

    05

    06

    07

    Halogen Free Flame Retardant Coil Pipes Light Series Pipes

    The term halogen refers to the elements fluorine (F), chlorine (Cl), bromine (Br), iodine (I) and At, which are located in Group 7A of the periodic table. These elements are often used in various plastic raw material compounds due to their flame retardant properties. However, halogens can release toxic and corrosive gases during a fire, which can lead to undesirable consequences in terms of safety and the environment.

    Raw Materials Containing Halogen
    • PVC (Polyvinyl Chloride): It contains chlorine and is one of the most commonly used plastics. It is especially used in construction and electrical cables.
    • PVDF (Polyvinylidene Fluoride):Contains fluorine and is generally preferred in applications requiring high temperature and chemical resistance.
    • CPE (Chlorinated Polyethylene): It contains chlorine and is often used for fire-resistant materials and coatings.
    • Neoprene (Polychloroprene): This chlorinated plastic is often used in cable sheaths and seals.
    Halogen-Free Plastic Raw Materials
    • PE (Polyethylene): It does not contain halogen. It is widely used in the outer sheath of cables and pipes.
    • PP (Polypropylene): It is halogen-free and is often used in pipes, containers and packaging materials.
    • PET (Polyethylene Terephthalate): It is halogen-free and widely used for bottles, textile fibers and packaging.
    • PA (Polyamide – Nylon): It is halogen-free and used in automotive, textile and industrial applications.
    • PTFE (Polytetrafluoroethylene): It contains fluorine but has a special condition. Although it is halogenated, it is not flammable and does not release toxic gas.
    • PBT (Polybutylene Terephthalate):It is halogen-free and used in high-performance applications such as electronics and automotive parts.

    Halogen-free plastics are preferred for environmental and safety reasons as they release less caustic and environmentally friendly gases during a fire.

    The EN 60754-2 standard is entitled “Testing of Gases Emitted During Combustion Used in Cables – Part 2: Determination of Conductivity and Measurement of Conductivity (pH)”. Although this standard is primarily intended for cables, it can sometimes be applied to other plastic products such as pipes. This is because the test can be performed on a 1 gram sample and the general structure of plastic-based products has similar properties.

    The testing process generally consists of the following stages:
    • *Sample Preparation: A sample is taken from the cable or pipe.
    • *Combustion: The sample is burned in a controlled combustion chamber.
    • *Gas Collection: The gases released during combustion are collected and analyzed.
    • *Analysis: The collected gases are evaluated for halogen content and acidic components.

    This method is of critical importance in terms of safety and environmental protection, especially when using halogen-free and acid-free materials. This standard is widely used in the production of cables and similar plastic products for fire safety and to minimize environmental impacts.

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