$ 270.07
1-2 weeks delivery time
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The Vetus FLK50 is a precision-engineered bronze internal mounting flange designed for use with the VETUS BL50 series stern tubes, which feature a 50 mm internal diameter. Built from high-strength marine-grade bronze, it ensures secure and stable mounting of the stern tube while maintaining precise alignment of the propeller shaft. The FLK50 can be ordered as an additional or replacement component and is compatible with custom stern tubes manufactured in stainless steel AISI 316 or aluminum 5083.
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Vetus FLK50 Bronze Mounting Flange for BL50 Series Stern Tube Ø 50 mm
The Vetus FLK50 is an internal bronze mounting flange specifically designed for the VETUS BL50 series stern tubes. It provides secure attachment and precise alignment of the stern tube assembly, ensuring smooth propeller shaft operation and long-term reliability in demanding marine environments.
Product Overview
- Material: Marine-grade bronze
- Application: VETUS BL50 series stern tubes
- Mounting position: Internal flange connection
- Compatible stern tube inner diameter: Ø 50 mm
- Purpose: Additional or replacement flange for BL50 series stern tubes
Technical Features
- The shaft end of the bronze stern tube is equipped with an outer cutless bearing and a mounting flange.
- Slots in the tube design allow for easy and quick replacement of the cutless bearing.
- Stern tubes are available by special order in stainless steel AISI 316 or aluminum 5083.
- A second mounting flange (FLK50) can be ordered separately for dual-flange installations.
Technical Specifications
Parameter Specification Model Vetus FLK50 Compatible Series VETUS BL50 Tube Diameter Ø 50 mm Material Bronze Mounting Type Internal flange Optional Materials (by order) Stainless Steel AISI 316, Aluminum 5083 Function Secures and supports stern tube alignment with propeller shaft
This additional FLK50 bronze mounting flange enhances the structural stability and serviceability of the VETUS BL50 series stern tube system, ensuring optimal shaft alignment and extended component lifespan under continuous marine operation.
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