Blaze Sales & Service
3" FIG 1502 Threaded Hammer Union
3" FIG 1502 Threaded Hammer Union
3" FIG 1502 Threaded Hammer Union
The 3" FIG 1502 Threaded Hammer Union, supplied by Blaze Sales & Service, is designed for extreme high-pressure oilfield applications, providing secure, leak-proof connections in critical flowline operations. With a threaded design, it allows for quick assembly and disassembly, ensuring efficient and reliable performance in demanding environments.
Key Features:
✅ High-Pressure Rating:
- Working Pressure: 15,000 PSI
- Test Pressure: 22,500 PSI
✅ Threaded Connection:
- Enables easy installation and removal, reducing downtime and enhancing operational efficiency.
✅ Heavy-Duty Construction:
- Manufactured from forged, heat-treated steel for superior strength, corrosion resistance, and longevity.
✅ Seal Type:
- Integrated with a replaceable Nitrile (BUNA-N) seal, offering exceptional resistance to pressure, wear, and extreme conditions.
Applications:
🔹 Well servicing and fracturing operations
🔹 High-pressure cementing and mud systems
🔹 Manifolds and flowline connections
🔹 Choke and kill lines
Advantages:
✔ Designed for extreme high-pressure operations, ensuring safety and efficiency.
✔ Interchangeable with industry-standard hammer union components for operational flexibility.
✔ Resistant to corrosion, wear, and harsh operational conditions, extending service life.
✔ MTRs and test reports available for quality assurance and compliance.
Technical Specifications:
📌 Nominal Size: 3 inches
📌 Connection Type: Threaded
📌 Working Pressure: 15,000 PSI
📌 Test Pressure: 22,500 PSI
📌 Temperature Range: Suitable for high-temperature and harsh operating conditions
📌 Compliance: Meets API 6A standards for safety and performance
Why Choose Blaze Sales & Service?
At Blaze Sales & Service, we are committed to delivering top-quality, high-pressure oilfield equipment that meets the industry’s toughest demands. Our 3" FIG 1502 Threaded Hammer Union guarantees superior performance, durability, and reliability in challenging applications.
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