Flame Arrester
8850 Unstable Detonation Flame Arrester, In Line
product detail
● Size Range: Standard sizes range from NPS2 to NPS12. Custom sizes can be made available upon request.
● Material Options: Choose from carbon steel, SS 304, SS 316L. Other materials can be provided based on specific requirements.
● Applicable Explosion Groups: Suitable for D(IIA), C(IIB3), and B(IIC) explosion scenarios.
Product Variants
● Concentric: Offers a balanced and efficient flame arrestance for regular pipeline arrangements.
● Eccentric: Customized for pipelines with irregular or off-centered connections, maintaining optimal performance.
● Bi-directional: Provides protection against flame propagation in both directions, enhancing safety in complex systems.
Standards Adhered To
Manufactured in strict accordance with ISO16852 and GB/T13347 standards, ensuring superior quality and performance.
Working Principle
This arrester functions by disrupting the unstable detonation wave and rapidly reducing the flame temperature. As the flame passes through the device, it is fragmented into smaller flames, increasing the heat dissipation area and lowering the temperature below the ignition point, thereby stopping the flame spread.
Installation Advantage
Unlike some other models, the installation location of this arrester is not limited by the L/D (Length/Diameter) ratio, providing greater flexibility in pipeline design and installation.
Product Benefits
● Robust Flame Arrestance: Specifically designed to handle unstable detonation flames, ensuring reliable protection.
● Versatile Designs: The availability of different configurations caters to a wide range of pipeline setups.
● Customizable Materials: Allows for tailoring the material to the specific operating conditions and requirements.
● Installation Flexibility: Facilitates easier integration into various pipeline systems without the constraint of L/D ratio.
Application Areas
Widely applicable in industries such as oil and gas, chemical processing, and power generation, where the prevention of unstable detonation flames is crucial for the safety and integrity of the pipeline infrastructure.