Silicone Hose 45 Degree Elbow TurboWorks 63mm, Black
TurboWorks silicone elbow in a 45 degree layout, 63 mm diameter (D1=63 mm, D2=63 mm), 100 mm length (L), 4-ply construction with 6 mm wall thickness, -50 to +260 °C temperature range and tested up to 7 bar for intake, cooling, and intercooler plumbing.
Net price: 10 €
Key Features & Benefits – 63 mm silicone hose 45 degree elbow black
The 63 mm silicone hose 45 degree elbow black is a TurboWorks silicone elbow designed for 63 mm connections with a 45° direction change. It can be used in intake piping, cooling circuits, and intercooler setups where the diameter and packaging fit.
It features a 4-ply build with a 6 mm wall and a stated -50 to +260 °C operating range. The material is described as resistant to coolant, grease, and oil vapour, and it is listed as tested up to 7 bar.
When is this useful?
It is useful when you need a tidy 45° bend on a 63 mm run in a tight bay and you want a stable connection under heat and pressure load.
Technical specs
- Brand: TurboWorks
- Type: 45 degree silicone elbow hose
- Colour: Black
- D1: 63 mm
- D2: 63 mm
- Length (L): 100 mm
- Construction: 4-ply
- Wall thickness: 6 mm
- Tested pressure: Up to 7 bar
- Temperature range: -50 to +260 °C
- Applications: Intake; cooling; intercooler
Selection & installation tips
- Diameter fit: Confirm your pipe/port OD matches a 63 mm coupler and the clamp range works with the wall thickness.
- Packaging: Check that the 100 mm length and the 45° bend clear nearby parts without kinking or tension.
- Clamping: Use correctly sized clamps and tighten evenly to avoid cutting the silicone and to prevent leaks.
- Routing protection: Keep clearance from sharp edges and hot spots, and add abrasion protection where contact risk exists.
- System check: After installation, inspect joints under load and confirm the hose does not creep or rotate in boosted/coolant systems.
Before fitting, verify 63 mm connection size, available space, and bend orientation, then match them to the dimensions and specs listed above.
Net price: 10 €