DEENPU FC Gate Valve | API 6A | 2,000-15,000 psi | Forged Steel Slab Gate Valve

Description

DEENPU FC Gate Valve is a heavy-duty slab gate valve engineered for high-pressure oilfield and flowline applications. Designed and manufactured to meet API 6A specification, the FC gate valve delivers reliable, bi-directional shut-off performance in the most demanding drilling and production environments. Its full-bore thru-conduit design and one-piece gate prevent sediment buildup and pressure locks, ensuring long service life with minimal maintenance.

With a non-rising stem, metal-to-metal sealing, floating seat rings, and a field-repairable in-line design, the DEENPU FC gate valve is the preferred choice for drilling manifolds, Christmas trees, and severe service applications. All critical body and trim materials are available in NACE MR0175 / ISO 15156 compliant grades to handle sour-service (H₂S) environments.

Key Features

• Full-bore thru-conduit design eliminates particle collection and extends service life
• Floating slab gate and seats produce positive pressure-energized seal
• One-piece gate prevents line sediment from entering body cavity and prevents pressure locks
• Bi-directional sealing with non-rising stem
• Metal-to-metal seals at body/bonnet, gate/seat ring/body bushing, body/body bushing interfaces
• Gate and seat overlaid with Tungsten Carbide for superior wear resistance
• Forged steel valve bodies and bonnets for high-pressure integrity
• In-line repairability — seats, body bushings, gate, and stem replaceable in the field
• Stem packing can be replaced under pressure via back-seat capability
• Metal-to-metal backseat contains body pressure if stem packing leaks
• Block and Bleed mechanism available for safe pressure relief
• Compatible with hydraulic actuators for manifold or subsea service

Technical Specifications

Available Size & Pressure Combinations

Note: Available combinations vary based on specific engineering requirements. Contact DEENPU sales for confirmation on your specific size and pressure class.

How It Works

The FC gate valve operates using a slab gate that moves perpendicular to the flow path via a non-rising stem turned by the handwheel. When the gate is fully retracted, the full-bore opening provides unobstructed flow through the valve — minimizing pressure drop and eliminating turbulence. When closed, the gate is wedged between two floating seat rings, creating a bi-directional metal-to-metal seal that resists both upstream and downstream pressure.

The floating seat design equalizes body pressure across the seat ring/body bushing interface, eliminating body erosion in the seat pockets. The metal-to-metal backseat provides a secondary seal, allowing stem packing to be replaced under pressure without leaking product to atmosphere. For remote or automated operations, the manual handwheel can be replaced with a hydraulic actuator.

Applications

• Drilling choke and kill manifolds
• Christmas trees (production wellhead assemblies)
• Flowline and pipeline isolation
• Wellhead isolation valves
• Test manifolds and BOP control systems
• Sour service (H₂S) applications — NACE MR0175 compliant
• High-pressure frac tree applications
• Subsea and manifold service (with hydraulic actuator)

Why Choose DEENPU FC Gate Valves

• API 6A Certified Production: Manufactured in an ISO 9001-2015 and API 6A certified facility audited by DNV
• Field-Proven Design: Cameron-type FC design with decades of industry validation
• Forged Steel Construction: Superior mechanical properties versus cast alternatives
• Tungsten Carbide Overlays: Extended wear life on gate and seat surfaces
• Full Material Traceability: EN 10204 3.1/3.2 certificates available with every shipment
• Rapid Lead Times: Standard configurations ship in 4-6 weeks; customized orders in 8-10 weeks
• Global After-Sales Support: Spare parts, technical service, and on-site supervision available

Ordering Information

When requesting a quote, please provide:

• Valve size (e.g., 2-1/16″, 3-1/16″)
• Working pressure class (2,000 / 3,000 / 5,000 / 10,000 / 15,000 psi)
• Product Specification Level (PSL-1, PSL-2, PSL-3, or PSL-3G)
• Material class (AA through HH)
• Temperature class (K through U)
• End connection type (flanged studded, threaded, etc.)
• Service media and H₂S concentration (if sour service)
• Operation method (manual handwheel, gear operator, or hydraulic actuator)
• Quantity and project delivery timeline