2.00" to 2.25" 90 Degree Silicone Reducer Hose - 3-Ply Black

2.00" to 2.25" 90 Degree Silicone Reducer Hose - 3-Ply Black

Regular price $100.00 Sale price$79.99 Save $20.01
/

  • Direct Shipped
2.00" to 2.25" 90 Degree Silicone Reducer Hose — 3-Ply Black

Angled silicone coupler that steps down from 2-inch to 2.25-inch piping with reinforced 3-ply construction. Built for turbo, intercooler, and coolant applications where a tight 90-degree bend is needed. Heat-resistant black silicone handles boost pressure and temperature swings without cracking.

✓ Ships from FL Warehouse ✓ 3-Ply Reinforced Construction ✓ 90 Degree Bend
Key Features
  • 90-degree elbow design - Fits tight engine bay corners without kinking or collapsing under pressure.
  • Size transition 2.00" to 2.25" - Matches both inlet and outlet diameters without adapters or stepped reducers.
  • 3-ply reinforcement - Prevents ballooning under boost and resists cracking from thermal cycling.
Specs
  • Material: Silicone
  • Configuration: 90-degree elbow reducer
  • Inlet diameter: 2.00 inches
  • Outlet diameter: 2.25 inches
  • Ply count: 3-ply
  • Color: Black
What's Included
  • One 2.00" to 2.25" 90-degree silicone reducer hose
Frequently Asked Questions

Do I need clamps to install this?

Yes. Clamps are not included with the hose. You'll need two hose clamps rated for your application — one for the 2-inch inlet side and one for the 2.25-inch outlet side.

Can I use this on a coolant line or is it boost-only?

This hose works for both. The 3-ply silicone handles turbo and intercooler boost applications plus coolant circulation. Make sure your clamps and fittings match the intended pressure and temperature of your system.

What if my piping is 2.25" on both ends — will this fit?

No. This is a true reducer that steps from 2-inch down to 2.25-inch. If both your lines are the same size, you need a straight 2.25-inch elbow instead.

Products are direct shipped from Supplier.

This site is protected by hCaptcha and the hCaptcha Privacy Policy and Terms of Service apply.


Recently viewed