Exhaust manifold collects exhaust emission from the vehicle
engine and conducts them to the catalytic converter for the
purification process. Our lightweight stainless steel type
products are classified into two different types, clamshell and
tubular, by its manufacturing method

Exhaust manifold collects exhaust emission from the vehicle engine and
conducts them to the catalytic converter for the purification process.
Our lightweight stainless steel type products are classified into
two different types, clamshell and tubular, by its manufacturing method

Exhaust manifold collects exhaust emission from the vehicle engine and
conducts them to the catalytic converter for the purification process.
Our lightweight stainless steel type products are classified into
two different types, clamshell and tubular, by its manufacturing method

Maniverter integrates the function of  exhaust manifold and catalytic
converter. A combined function allows minimum heat loss of the
exhaust emission and quickly activates the catalyst for oxidation and
reduction of the emission. Such accelerated process enhances
purification of the exhaust gas.

Heat shield is majorly used as a cover for exhaust manifold and other
high temperature components in engine. It is designed to absorb noise,
vibration, and excessive heat from the engine to protect surrounding
components from thermal damage. Aluminum type heat shield,
known for its good formability and high thermal resistance, is also
available for the light weight solution

Heat shield is majorly used as a cover for exhaust manifold and other
high temperature components in engine. It is designed to absorb noise,
vibration, and excessive heat from the engine to protect surrounding
components from thermal damage. Aluminum type heat shield,
known for its good formability and high thermal resistance, is also
available for the light weight solution

Heat shield is majorly used as a cover for exhaust manifold and other
high temperature components in engine. It is designed to absorb noise,
vibration, and excessive heat from the engine to protect surrounding
components from thermal damage. Aluminum type heat shield,
nown for its good formability and high thermal resistance, is also
available for the light weight solution

Heat shield is majorly used as a cover for exhaust manifold and other
high temperature components in engine. It is designed to absorb noise,
vibration, and excessive heat from the engine to protect surrounding
components from thermal damage. Aluminum type heat shield,
known for its good formability and high thermal resistance, is also
available for the light weight solution

Heat shield is majorly used as a cover for exhaust manifold and other
high temperature components in engine. It is designed to absorb noise,
vibration, and excessive heat from the engine to protect surrounding
components from thermal damage. Aluminum type heat shield,
known for its good formability and high thermal resistance, is also
available for the light weight solution

Heat shield is majorly used as a cover for exhaust manifold and other
high temperature components in engine. It is designed to absorb noise,
vibration, and excessive heat from the engine to protect surrounding
components from thermal damage. Aluminum type heat shield,
nown for its good formability and high thermal resistance, is also
available for the light weight solution

Heat shield is majorly used as a cover for exhaust manifold and other
high temperature components in engine. It is designed to absorb noise,
vibration, and excessive heat from the engine to protect surrounding
components from thermal damage. Aluminum type heat shield,
known for its good formability and high thermal resistance, is also
available for the light weight solution