Model No: FADIL-SE
ERARDO make Screw End/Thread End Inline Flame Arrester are used in small Dia Pipe line to stop propagation of Flame in Pipe Line.
| Manufacturing Std | API 2000 7th Edition |
| Testing Standard | ISO 16852, IS 11006, BS 7244, EN 12874, IS 16485 |
| Sizes | 0.5 inch to 2 inch |
| Body Construction | A216 Gr. WCB, SS 304 (A351 Gr. CF8), SS 316 (A351 Gr. CF8M), Aluminium LM-6 (As per requirement) |
| End Connection | BSP (Male/Female), NPT |
| Gas Group | IIA, IIB, IIC |
Versatile Protection with Superior MaterialsOur inline flame arrester is constructed from premium materials like SS 304/316, carbon steel, or aluminum, ensuring durability and excellent corrosion resistance. It offers flexible connectivity through BSP or NPT threaded ends, making it suitable for a wide array of installations. The electropolished or painted finish further enhances protection against harsh industrial environments.
Maintenance-Friendly and Long-LastingRegular maintenance is simplified with a removable crimped stainless steel flame element, allowing for straightforward inspection and replacement without removing the entire unit. This thoughtful design extends the service life, ensuring the arrester provides ongoing safety and performance for continuous flow applications in critical industries.
Enhanced Safety and ComplianceMeeting the requirements of explosion groups IIA, IIB, and IIC, our flame arresters are certified for use with Class B and C flammable gases. Their passive mechanical control and bi-directional flow make them ideal for maximizing protection in chemical, petrochemical, and refinery applications-helping your operations remain compliant and secure.
FAQ's of Screw End/Thread End Inline Flame Arrester:
Q: How does the flame arrester prevent flame transmission in gas piping systems?
A: The arrestor uses a crimped stainless steel element that dissipates heat from an incoming flame. This structure prevents the flame from passing through to the protected side, thereby obstructing flame propagation in pipelines handling flammable gases.
Q: What are the available material options for the flame arrester's construction?
A: You can select from stainless steel 304/316, carbon steel, or aluminum, each chosen for their strength and corrosion-resistance properties, ensuring the flame arrester suits a wide range of chemical and industrial environments.
Q: When should the flame element be inspected or replaced?
A: The removable flame element should be inspected regularly based on your operational schedule or if there are signs of blockages or wear. Routine maintenance recommendations ensure continued safety, optimal performance, and extended service life.
Q: Where can the Screw/Thread End Inline Flame Arrester be installed?
A: It is suitable for inline, horizontal, or vertical installation on pipelines or process lines that use BSP or NPT threaded connections. Its compact cylinder shape and threaded ends allow flexible placement in various gas handling systems.
Q: What is the process for maintaining the flame arrester?
A: Maintenance involves unscrewing the unit's end connection to remove the crimped stainless steel element. The element can then be cleaned or replaced, and reassembled-making upkeep straightforward without the need to dismantle the entire assembly.
Q: Can the flame arrester be customized for specific applications?
A: Yes, OEM and custom options are available on request, including variations in coating, diameter (15 mm to 100 mm), and finish, allowing the arrester to be tailored for unique installation or environmental requirements.
Q: What are the primary benefits of using this flame arrester in industrial applications?
A: Benefits include increased operational safety, compliance with explosion group standards, durability in corrosive environments, easy maintenance, compact design, bi-directional flow capability, and compatibility with both Class B and C gases across chemical, petrochemical, and refinery sectors.
