304 S/S HALF DONUT 3.50″ 3-1/2″ 88mm O.D SOLD PER HALF

Description

Achieve flawless exhaust fabrication with the 304 Stainless Steel Half Donut designed for exact fit and durability. This component addresses the challenge of creating strong, leak-proof joints in exhaust systems by providing a corrosion-resistant, precisely sized half donut that simplifies welding and assembly.

Constructed from 304 stainless steel, this half donut resists rust and oxidation, ensuring long-term performance even under high-temperature exhaust conditions. Its 3.5″ (88 mm) outer diameter is manufactured to tight tolerances, guaranteeing compatibility with standard exhaust piping for seamless integration.

Weighing 1.25 kg, the component’s substantial mass contributes to structural integrity during fabrication, reducing deformation risks. The dimensions—28 cm length, 28 cm width, and 7 cm height—provide ample surface area for secure welding, facilitating strong, uniform joints that maintain exhaust system integrity.

This half donut is sold individually, allowing precise inventory control and customization for specific fabrication needs. Aeroflow’s brand reputation assures quality and consistency, critical for professional exhaust system builders seeking dependable fabrication materials.

Its design optimizes fitment in complex exhaust assemblies where standard pipes intersect, enabling fabricators to achieve airtight seals and robust mechanical strength without extensive modifications. The half donut form factor simplifies installation in confined or uniquely shaped exhaust layouts.

Integrating this 304 stainless steel half donut into your exhaust fabrication workflow enhances durability, fit precision, and corrosion resistance, directly impacting system longevity and performance. Its exact outer diameter and dimensional specifications ensure it meets industry exhaust fabrication standards, supporting reliable, professional-grade builds.

Choose this Aeroflow half donut for applications demanding meticulous weld preparation and high resistance to exhaust system wear. Its construction and dimensions deliver measurable benefits in fabrication efficiency and final product robustness.