Catalytic Converter Exhaust Manifold For 2003 - 2011 Honda Element 2.4L

Catalytic Converter Exhaust Manifold For 2003-2011 Honda Element 2.4L

Catalytic Converter Exhaust Manifold For 2003-2011 Honda Element 2.4L,Direct-fit,EPA Compliant,Euro 3,4,5,6 Standard,Brand New

Please Check Product Description Page Below For More References.

TWC Three Way Catalyst

Three-way catalysts (TWC) are designed to simultaneously convert three pollutants to harmless emissions:

• Carbon Monoxide (CO) → Carbon Dioxide (CO2)
• Hydrocarbons (HC) → Water (H2O)
• Oxides of Nitrogen (NOx) → Nitrogen (N2)

A three-way catalyst can cut CO, HC and NOx by over 99% if the air to fuel ratio is accurately controlled.

Three-way catalysts will only give full conversion of each of these three pollutants in a gas stream containing

a stoichiometric ratio of CO and NOx.

PRODUCT NAME:

Catalytic Converter Exhaust Manifold For 2003-2011 Honda Element 2.4L

Fits The Following Vehicle:

03-11 Honda Element 2.4L

High-end Configuration: Elaborate Design:

• Durable & Practical · Large Size Filter Element
• Meticulous Workmanship · Suppress Oxidation
• Strict Material Selection · Smooth Welding​​​​​​​

Features:

• 100% Brand New.
• Great emission control device with stable performance, reliable quality and long service life.
• Important gas purification device installed in automobile exhaust system.
• Engineered for Greener and More Efficient Engine Performance.
• Converts toxic gases and pollutants into harmless gases, helps purify automobile exhaust.
• Constructed to meet your vehicle’s specific emissions requirements.
• High flow design to provide more oxygen to your engine for an increase in power and performance.
• Encased in Sturdy Stainless-Steel Body for Superior Strength.
• Internal ceramic substrates contain ample metal catalysts and offer a larger surface area to fully react.
• Uses Ceramic and Metallic Substrates to Eliminate Emission Toxins.
• Body and pipe heat shields made of high quality materials for durability.
• No worry about bending or melting even in extreme conditions.​