COBRA Oxygen Flashback Arrestor Quick Connect Regulator End

$79.00

Product Introduction

COBRA Oxygen Gas Flashback Arrestor with Quick Connect Coupler (Regulator End) enhances safety in gas welding/cutting by preventing ignition risks and flame spread. Made in Europe with 40+ years of engineering expertise, it features a patented locking mechanism, quick assembly/dismantling, and compliance with ISO7289/EN561/EN ISO 5175-1 standards. Every unit undergoes flame, flow & leak testing for reliability.

Key Specifications

Model YLDFBREO
Max Pressure 2,000 kPa (Oxygen)
Threads 5/8″ UNF (Australian standard)
Dimensions 24mm width, 115mm coupled length
Certifications ISO7289 / EN561 / EN ISO 5175-1
Description

COBRA Oxygen Gas Flashback Arrestor – Quick Connect Coupler – Regulator End

Ensure unmatched safety and efficiency in your gas welding and cutting operations with the COBRA Oxygen Gas Flashback Arrestor. Engineered by a team with over 40 years of gas equipment expertise, this premium regulator-end arrestor sets a new safety standard, preventing gas ignition risks and rapid flame spread. Its quick-connect coupler and patented locking mechanism enable fast, secure equipment assembly, making it ideal for professionals seeking reliability and peace of mind.

Core Specifications

Model YLDFBREO
Max Pressure 2,000 kPa (Oxygen)
Thread Size 5/8″ UNF (Australian standard)
Width 24mm
Coupled Length 115mm
Certifications ISO7289 / EN561 / EN ISO 5175-1
Origin Made in Europe
Key Feature Patented locking mechanism (anti-accidental disconnection)
Testing Flame, flow & leak tested post-manufacture
Compatibility Equivalent to CIGweld 308363, Weldclass P4-RQCO, BOC 106421

Key Benefits

Enhanced Safety: Prevents flashbacks and flame spread, critical for high-pressure oxygen applications. Quick Connectivity: Fast assembly/dismantling for efficient torch/hose exchanges. Durable Construction: European manufacturing ensures long-term reliability in demanding industrial environments. Global Compliance: Meets strict ISO and EN safety standards, suitable for international markets.

Applications

Perfect for gas welding, cutting, and brazing operations in metal fabrication, construction, automotive repair, and industrial manufacturing. Ideal for professionals using oxy-acetylene or oxy-fuel systems who prioritize safety and workflow efficiency.

Quality Assurance

Every COBRA arrestor undergoes rigorous flame, flow, and leak testing to guarantee performance. Backed by decades of engineering experience, it delivers consistent protection and durability, reducing downtime and maintenance costs.

Why Choose COBRA?

Unlike generic arrestors, COBRA combines a patented locking mechanism to prevent accidental disconnection with quick-connect convenience, outperforming competitors in both safety and usability. Its European heritage ensures adherence to the highest quality standards, making it a trusted choice for professionals worldwide.

FAQ

Q: Is this compatible with my existing oxy-regulator?
A: Yes, it features 5/8″ UNF threads, the Australian standard for oxy equipment, ensuring compatibility with most regulators.

Q: How often should I test the arrestor?
A: While each unit is pre-tested, we recommend annual inspection by a qualified technician to maintain safety compliance.

Q: Can it be used with other gases?
A: No, this model is specifically designed for oxygen gas only. Check our range for acetylene or multi-gas arrestors.

Ready to upgrade your welding safety? Contact us today for bulk pricing, technical support, or to learn more about integrating COBRA arrestors into your workflow.

Shipping and Delivery

Packaging & Transportation

Weldingtop Nozzles

Weldingtop nozzles are precision components requiring safe and professional handling. Each nozzle is individually vacuum‑sealed and protected with shock‑absorbing foam to avoid impact, dust and humidity. Sturdy outer cartons with clear fragile labels are used for secure shipping. We work with trusted logistics providers and offer full tracking, ensuring your order arrives complete and in perfect condition.