Flexible Products - Flex Bellows
The Flex Bellows category at Ace Race Parts includes high-quality expansion joints designed to absorb vibration, thermal expansion, and movement in high-performance exhaust systems. These components help reduce stress on piping, welds, and turbocharger components in applications exposed to extreme heat and pressure.
Available in 304 stainless steel, 321 stainless steel, and CP2 titanium, our flex bellows are engineered for durability and long-term performance in demanding environments. Stainless steel options feature a two-ply bellow with a solid directional inner liner, making them well-suited for pre-turbo applications such as turbo manifolds and crossover pipes where strength and flow control are critical.
Our CP2 titanium flex bellows offer a lightweight alternative and feature a single-ply design without an inner liner, making them ideal for applications where weight reduction and flexibility are prioritized.
Whether you're building a turbo system or reinforcing an existing exhaust setup, these flex bellows provide a reliable solution for managing movement, reducing vibration, and improving overall system longevity.
Read Less2.500" ID Flex Bellow x 3.000" Overall Length - CP2 Titanium
ULTRA LIGHTWEIGHT, SINGLE-PLY TITANIUM FLEX BELLOW The Ace Race Parts brand of CP2 Titanium Flex Bellows is designed to accommodate thermal expansi...
View full details3.000" ID Flex Bellow x 4.528" Overall Length - CP2 Titanium
ULTRA LIGHTWEIGHT, SINGLE-PLY TITANIUM FLEX BELLOW The Ace Race Parts brand of CP2 Titanium Flex Bellows is designed to accommodate thermal expansi...
View full details3.500" ID Flex Bellow x 5.236" Overall Length - CP2 Titanium
ULTRA LIGHTWEIGHT, SINGLE-PLY TITANIUM FLEX BELLOW The Ace Race Parts brand of CP2 Titanium Flex Bellows is designed to accommodate thermal expansi...
View full details4.000" ID Flex Bellow x 5.236" Overall Length - CP2 Titanium
ULTRA LIGHTWEIGHT, SINGLE-PLY TITANIUM FLEX BELLOW The Ace Race Parts brand of CP2 Titanium Flex Bellows is designed to accommodate thermal expansi...
View full details