Supertech Inconel Exhaust Valves for R35 GTR
Vehicle Fitment:
2009+ Nissan R35 GTR
• For exhaust valves only
• Intake valves are sold separately
| Fitment: | Size: | Includes: | Part Number: |
| Exhaust | +1mm Oversize 33.15mm |
12 Valves | NEVI-1062-12 |
| 1 Valve | NEVI-1062-1 | ||
| Exhaust *Sodium-Filled* |
+1mm Oversize 33.15mm |
12 Valves | NEVI-1062-HS-12 |
| 1 Valve | NEVI-1062-HS-1 | ||
| Exhaust | -0.45mm Undersize 31.7mm | *Discontinued* | NEVI-1059 |
• Stem Diameter 5.95mm
• Length 92.00mm
Inconel Features:
The Inconel 751 Nickel Base Alloy material is used for exhaust valves in engines that reach very high temperatures and its use is growing with the application of turbos and superchargers.
Sodium Filled Features:
The Sodium Filled Valves are made of an Inconel/Nimonic alloy. These valves are hollow and filled with sodium, designed to withstand even higher temperatures. As the sodium becomes liquid it will transfer heat from the head of the valve to the guide and cylinder. A cooler valve improves the material strength and durability while allowing the tuner more flexibility and a wider range of spark timing advances. Combine that with an average weight reduction of 10% and there isn’t a cooler valve on the market.
Photos are for reference.






Description
Vehicle Fitment:
2009+ Nissan R35 GTR
• For exhaust valves only
• Intake valves are sold separately
| Fitment: | Size: | Includes: | Part Number: |
| Exhaust | +1mm Oversize 33.15mm |
12 Valves | NEVI-1062-12 |
| 1 Valve | NEVI-1062-1 | ||
| Exhaust *Sodium-Filled* |
+1mm Oversize 33.15mm |
12 Valves | NEVI-1062-HS-12 |
| 1 Valve | NEVI-1062-HS-1 | ||
| Exhaust | -0.45mm Undersize 31.7mm | *Discontinued* | NEVI-1059 |
• Stem Diameter 5.95mm
• Length 92.00mm
Inconel Features:
The Inconel 751 Nickel Base Alloy material is used for exhaust valves in engines that reach very high temperatures and its use is growing with the application of turbos and superchargers.
Sodium Filled Features:
The Sodium Filled Valves are made of an Inconel/Nimonic alloy. These valves are hollow and filled with sodium, designed to withstand even higher temperatures. As the sodium becomes liquid it will transfer heat from the head of the valve to the guide and cylinder. A cooler valve improves the material strength and durability while allowing the tuner more flexibility and a wider range of spark timing advances. Combine that with an average weight reduction of 10% and there isn’t a cooler valve on the market.
Photos are for reference.























