Face Angle Ring

Stainless steel face and angle rings are used as finishing and transition components in a wide range of stainless tube and pipe assemblies. They are designed to provide a clean, professional interface between tubes, fittings, and mounting surfaces, helping improve both appearance and alignment in fabricated systems. By covering gaps, reinforcing edges, or creating a defined seating surface, face and angle rings contribute to a more refined and durable end result.

This range of face and angle rings is manufactured from Grade 316 stainless steel and supplied in a mill finish. Grade 316 stainless steel offers excellent corrosion resistance, particularly in environments exposed to moisture, salt, chemicals, and frequent wash-down. This makes these components well suited to coastal and marine installations, chemical processing areas, food and beverage environments, and other demanding applications where long-term material performance is critical. The mill finish allows for easy integration into general fabrication work and can be polished or brushed further if a higher cosmetic finish is required.

Face rings and angle rings are listed separately by size to suit different fabrication needs. Face rings are typically used for flat terminations, cosmetic finishing, or as trim components where a neat, flush appearance is desired. Angle rings, on the other hand, are designed to provide an angled transition or seating surface, making them useful in applications where tubes or pipes meet surfaces at an angle or require additional support and alignment.

These stainless steel rings are commonly used in architectural stainless steel projects, handrails and balustrades, marine fabrication, food and beverage installations, and general stainless fabrication work. They are especially valued in exposed installations where visual quality and precise fit are important. For durable, corrosion-resistant finishing and transition details, 316 stainless steel face and angle rings provide a practical and industry-standard solution.