The ZCZHB-II Drawer Type Flame Arrester is a revolutionary safety solution designed for critical pipelines where downtime must be minimized. Unlike traditional models, this Flame Arrester features a unique drawer-style housing, allowing operators to slide out the fire element for inspection or cleaning in seconds. Engineered for both efficiency and protection, the ZCZHB-II quenches flame fronts instantly while providing the most user-friendly maintenance experience in the industry.
Producdt Description
Revolutionary Drawer Design for Zero-Downtime Maintenance The ZCZGB-II Drawer Type Flame Arrester is a game-changer for industrial pipeline safety. Featuring a unique slide-out drawer mechanism, this Flame Arrester allows for the rapid removal and inspection of the fire element without dismantling the entire piping system. This design is specifically engineered to minimize operational downtime, making it the premier choice for facilities handling “dirty” or polymerizing gas streams.
Advanced Fire Element Technology To ensure maximum quenching efficiency, the ZCZGB-II utilizes precision-engineered internal elements. Depending on your safety requirements, this Stainless Steel Flame Arrester can be equipped with two distinct types of fire retardants:
Corrugated Filter Element: Supported by high-grade stainless steel, copper-nickel alloy, or aluminum alloy. This element is designed to prevent fierce deflagration flames while withstanding extreme mechanical and thermal effects. Its structure ensures small flow resistance and is exceptionally easy to clean and replace.
Metal Mesh Filter Element: Composed of high-quality stainless steel or copper mesh with a wire diameter of 0.23–0.315 mm arranged in overlapping layers. Adhering to rigorous standards for Flame Arresters in China, these units typically feature 16–22 mesh grids in 4–12 precision layers.
Robust Construction and Leak-Proof Reliability The shell of the ZCZGB-II Drawer Type Flame Arrester is crafted from heavy-duty cast steel or stainless steel to ensure structural integrity during an ignition event. Despite its quick-access design, the unit employs industrial-grade gaskets and precision-machined seats to maintain a 100% airtight seal during normal operation. By combining the durability of a Stainless Steel Flame Arrester with the efficiency of a drawer-style housing, ZCPE delivers uncompromising safety and ease of use.
Installation:
Note:
Under normal circumstances, (fire) breathing valve operating pressure to B shall prevail;
Applicable materials: gasoline, kerosene, diesel, aromatics, sulfur, air and other petrochemical materials;
Environment temperature: -40 °C -+60 °C;
Shell material: HT, AL, A3, 18-8, 304, 304L, 316, 316L.
Flange standards: HG20592-97 PN1.0 (also can be produced according to user specified criteria)
“Don’t let maintenance slow down your production. Upgrade to a Drawer Type Flame Arrester.”
Q1:What is the main advantage of the “Drawer Type” design?
A1:The primary benefit is maintenance speed. You can remove, clean, and replace the fire element without having to remove the entire flame arrester body from the pipeline, saving hours of labor.
Q2:Can the ZCZHB-II handle high-temperature deflagrations?
A2:Yes. The internal stainless steel flame arrester element is designed to absorb massive thermal energy and quench fierce flames, maintaining pipeline integrity during an ignition event.
Q3:Does the slide-out drawer affect the sealing integrity?
A3:Not at all. The ZCZHB-II Drawer Type Flame Arrester features high-pressure industrial gaskets and a precision-machined seat to ensure a leak-proof seal that meets all environmental and safety regulations.
Q4:What materials are available for the ZCZHB-II?
A4: We offer the body in Carbon Steel or Stainless Steel (304/316L), with the fire retardant element typically made from corrugated stainless steel for maximum corrosion resistance.
Q5:How often should I inspect the drawer element?
A5:It depends on your medium. However, because the ZCZHB-II makes inspection so easy, we recommend a quick monthly check for applications handling saturated or “dirty” vapors to ensure zero flow resistance.
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