Nissens 099-500-29-00 Turbocharger Intercooler Heat Exchanger

The Nissens 099-500-29-00 is a precision-engineered turbocharger intercooler designed to reduce intake air temperature and maximize engine performance in turbocharged systems. By cooling the compressed air from the turbocharger before it enters the combustion chamber, this intercooler increases air density and oxygen content, resulting in improved engine output and fuel efficiency.

Premium Quality Construction:

• Advanced aluminum brazing technology ensures a sturdy, durable core construction
• Reinforced plastic end tanks enriched with 30-35% fiberglass for superior strength
• Virgin plastic material only—no recycled plastics used in manufacturing
• Compact fin construction with louvres to maximize heat exchange efficiency
• Tubes equipped with turbulators for enhanced airflow and larger heat transfer surface area
• Specially designed core end plates minimize mechanical stress and prevent breakdown

Engineered for Performance and Reliability:

• Manufactured and tested to OE specifications for precise fit and function
• Submitted to rigorous corrosion, vibration, pressure impulse, thermal expansion, and thermal performance testing
• Connections and mounting points designed for complete fit with vehicle layout
• Reinforced inlets and outlets protect against stress from high temperatures and mechanical tension
• Specially designed side panels with strategic cuts to minimize thermal expansion effects

Important Installation Note: Intercoolers must always be replaced after turbocharger failure or when installing a new turbo. Carbonized oil and metal debris from a damaged turbocharger can clog intercooler channels, potentially causing premature failure of the replacement turbo. Nissens intercoolers ensure proper airflow and cooling performance to protect your engine investment.

Backed by Nissens' reputation for thermal management excellence spanning over 100 years, this intercooler delivers supreme thermal performance and extended service life for turbocharged applications.