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2" 15,000 PSI Fig 1502 MxF Blast Joint (5.4" Length) – High-Pressure Flowline Fitting

2" 15,000 PSI Fig 1502 MxF Blast Joint (5.4" Length) – High-Pressure Flowline Fitting

Normaler Preis $280.00 USD
Normaler Preis $336.00 USD Verkaufspreis $280.00 USD
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The 2" Figure 1502 Male x Female (MxF) Blast Joint is a heavy-duty, sacrificial flowline component engineered to absorb extreme internal erosion and abrasive wear in high-velocity fluid environments. Rated for a Cold Working Pressure (CWP) of 15,000 PSI (15K), this crucial piece of iron is specifically designed to protect permanent manifold infrastructure, expensive plug valves, and directional elbows from the severe, sand-laden fluids encountered during hydraulic fracturing (frac), cementing, and high-rate flowback operations.

Measuring a highly compact 5.4 inches in overall length, this specific blast joint is ideal for tight manifold configurations where space is strictly limited, yet localized wear protection is absolutely essential. It features industry-standard 2" Figure 1502 hammer union connections—a Male end (integral sub) on one side and a Female end (threaded hub) on the other. Acting as a replaceable "wear spool," it is strategically installed immediately adjacent to high-turbulence zones where fluids change direction or pass through tight restrictions. By taking the brunt of the erosive forces in a minimal footprint, the blast joint significantly extends the operational life of the surrounding, more complex flowline equipment.

Manufactured from premium, heat-treated forged alloy steel, this blast joint features an extra-thick wall design that delivers exceptional structural integrity, ensuring safe and reliable fluid containment even as internal wear progresses during aggressive, high-pressure pumping operations.

Features & Benefits

  • 15,000 PSI CWP Rating: Safely contains extreme fluid pressures inherent in modern hydraulic fracturing, cementing, and well testing operations.

  • Sacrificial Wear Protection: The heavy-walled design absorbs severe internal erosion caused by high-velocity proppants and abrasive slurries, preventing catastrophic washouts in expensive manifold components.

  • MxF Fig 1502 Connections: Features industry-standard 2" Figure 1502 Male x Female hammer union ends for rapid, secure integration and quick field replacement.

  • Compact 5.4" Length: Provides critical wear protection in an ultra-short footprint, perfect for densely packed manifolds or tight rig-up spaces where standard blast joints will not fit.

  • Forged Alloy Steel Construction: Heat-treated for superior tensile strength, impact resistance, and maximum durability against abrasive and turbulent flow.

  • Cost-Effective Maintenance: Easily inspected and swapped out when worn, minimizing downtime and extending the overall life of the flowline system.

Specifications & Technical Details

Category Specification
Component Type Blast Joint / Compact Wear Spool
Size 2"
Figure Number Figure 1502
Pressure Rating 15,000 PSI CWP (15K)
Overall Length 5.4 Inches
End Connections 2" Fig 1502 Male x 2" Fig 1502 Female
Material Heat-Treated Forged Alloy Steel
Service Type Standard Service (Frac, Cement, Mud, Flowback)
Typical Applications Downstream of chokes/valves, tight manifold spaces, high-turbulence zones
Testing & Compliance Strict wall thickness verification and hydro-testing

Applications

This ultra-compact 5.4" long 2" Fig 1502 blast joint is strategically deployed in confined areas of high fluid turbulence where essential abrasive wear protection is needed but space is restricted. Typical applications include direct installation immediately downstream of frac plug valves, choke manifolds, and directional elbows on densely configured pumping skids and cementing units handling proppant-laden slurries.

Quality Assurance

Each blast joint is manufactured to exacting standards under rigorous quality control protocols. The component undergoes strict dimensional inspection, with particular focus on the critical internal wall thickness and the integrity of the hammer union sealing surfaces. All units are fully traceable and undergo high-pressure hydrostatic testing to ensure fail-safe performance and personnel safety at 15,000 PSI.

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