GFB Spares- Inlet Weld-On Flange for EX44 Wastegate suits part number 7002

GFB Spares- Inlet Weld-On Flange for EX44 Wastegate suits part number 7002

🔧 Product Description

The GFB-7052 Inlet Weld-On Flange is a genuine fabrication component designed specifically for the Go Fast Bits EX44 external wastegate (Part No. 7002). This flange is welded directly to your turbo manifold or exhaust runner, providing a secure mounting point for the wastegate using a V-band clamp system.

Supplied as part of the original EX44 wastegate kit, the 7052 flange is also available separately for custom turbo fabrication, replacement, or repair work.

⚙️ GFB Spares- Inlet Weld-On Flange for EX44 Wastegate suits part number 7002 Key Features

• Genuine GFB part (Part No. 7052)
• Designed for EX44 external wastegate (7002)
• Weld-on inlet flange for turbo manifold installation
• High-quality stainless steel construction
• Compatible with GFB V-band clamp (Part No. 7152)
• Precision fit for reliable sealing and durability

🚗 Fitment

• GFB EX44 External Wastegate (7002)
• Universal use in custom turbo manifold fabrication
• Compatible with TiAL-style flange setups (via V-band system)

🏁 Performance Benefits

• Provides secure, leak-free wastegate mounting
• Ensures smooth exhaust gas entry into the wastegate
• Supports stable and accurate boost control
• Ideal for high-performance and motorsport applications

🔩 Specifications

• Part Number: 7052
• Product Type: Wastegate inlet weld-on flange
• Material: Stainless steel
• Application: Turbo manifold / wastegate inlet
• UPC: 9328022009766
• Compatibility: EX44 (7002)

🛠️ Installation Notes

• Weld directly to exhaust manifold runner
• Designed to support the weight of the wastegate when installed
• Position for smooth, unrestricted exhaust flow
• Use with correct V-band clamp (7152) for proper sealing

💡 Why This Flange Matters

The inlet flange is one of the most critical parts of a wastegate setup. It:

• Directs exhaust gases into the wastegate valve
• Supports the wastegate physically
• Affects boost control accuracy and response

Poor placement or sizing can lead to boost creep, turbulence, and inconsistent performance.