Precision Threaded Flange Adapter

This precision threaded flange adapter is a high-performance mechanical component designed for secure, precise connection and alignment in industrial machinery, hydraulic systems, and precision equipment. It serves as a critical interface for mounting components, transferring loads, and ensuring concentric alignment between rotating or stationary parts.

Construction & Materials

Manufactured from premium high-strength stainless steel, this flange offers exceptional corrosion resistance, making it ideal for use in damp, chemical, or outdoor environments. The material is also heat-treated to achieve a balance of high tensile strength and toughness, ensuring it can withstand heavy axial and radial loads without deformation. The precision-machined surfaces provide a smooth, flat interface that minimizes friction and prevents leaks in sealed applications.

Design Features

Integrated Threaded Bore: The central precision-threaded bore allows for a secure, torque-resistant connection to threaded shafts or studs, eliminating the need for additional fasteners and ensuring precise axial positioning.

Mounting Holes for Secure Fastening: The evenly spaced, counter-sunk mounting holes around the flange perimeter enable secure bolting to mating surfaces, distributing clamping force uniformly to maintain alignment and prevent vibration-induced loosening.

Precision Machined Seating Surface: The flat, smooth seating surface is engineered to create a reliable seal when used with gaskets or O-rings, making it suitable for hydraulic, pneumatic, and vacuum systems where leak prevention is critical.

Performance & Applications

This threaded flange adapter excels in applications requiring precise alignment, secure mounting, and corrosion resistance, such as:

Industrial gearboxes and bearing assemblies

Hydraulic and pneumatic cylinder mounts

Precision CNC machine tool components

Marine and offshore equipment

Medical and laboratory instrumentation

Its combination of robust construction, precision engineering, and corrosion resistance makes it a dependable choice for critical systems where reliability and performance are essential.