Lambda Sensor Adapter Euro6 90 Degree Stainless Steel

Lambda Sensor Adapter Euro6 90 Degree Stainless Steel is a precision-engineered component designed to reposition the oxygen (O2) sensor in modern Euro6 exhaust systems. The 90 degree angle allows installation in tight spaces while helping to reduce direct exhaust gas exposure to the sensor.

This Lambda Sensor Adapter Euro6 is commonly used in modified exhaust setups, including high-flow catalytic converters, decat systems and custom downpipes. By relocating the lambda sensor at a 90° angle, it can help optimize sensor readings and in some cases reduce the likelihood of check engine lights caused by exhaust modifications.

Manufactured from high-quality stainless steel, the adapter provides:

• Excellent corrosion resistance

• High temperature durability

• Long service life

• Strong and precise thread machining

The adapter features standard M18x1.5 threading, which fits most common oxygen sensors used in Euro6 vehicles. The precision-cut threads ensure proper sealing and secure installation without exhaust leaks.

Installation is simple and requires no major modifications. The adapter screws directly into the existing lambda sensor port, and the oxygen sensor is then installed into the adapter. This design makes it suitable for:

• Custom exhaust fabrication

• Performance street builds

• Turbocharged applications

• Motorsport vehicles

• Universal exhaust upgrades

The 90 degree design is especially beneficial in vehicles where space around the exhaust manifold or downpipe is limited. It prevents sensor interference with chassis components or heat shields.

Key Features:

• 90 degree angled design

• Designed for Euro6 systems

• M18x1.5 standard thread

• Stainless steel construction

• High temperature resistant

• Corrosion resistant

• Suitable for welding and custom fabrication

• Universal performance application

Lambda Sensor Adapter Euro6 90 Degree Stainless Steel is a reliable and durable solution for professional exhaust builders and performance enthusiasts seeking proper O2 sensor positioning.