Ceramic Substrates | Environmental Technologies | Corning

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Ceramic Substrates

Ceramic Substrates

Corning's ceramic substrates launched a global clean-air movement

Optimized for high performance, efficiency, and flexibility, our advanced ceramic substrates can meet the most demanding gasoline and diesel system needs in both light-duty and heavy-duty applications.

Corning® Celcor® substrates and Corning® Celcor® LFA substrates offer a proven track record of overall emissions reduction performance. And Corning® FLORA® substrates provide a path to further address the difficult to reduce cold-start emissions that occur just after a vehicle’s engine cold-start.

Within our Celcor® product families, standard-wall, thin-wall, and ultrathin-wall options can satisfy a variety of design needs. Standard-wall ceramic substrates can meet baseline requirements, while thin-wall products improve emissions performance and expand design options for advanced emissions control systems. Our ultrathin-wall options enable very high performance emissions systems that meet increasingly stringent regulations – high conversion, efficiency, and low pressure drop. 

Our Product Portfolio

Corning® FLORA® Substrates

Corning® FLORA® Substrates

Corning® FLORA® Substrates

FLORA ceramic substrates significantly reduce cold-start emissions in light-duty vehicles.

FLORA ceramic substrates significantly reduce cold-start emissions in light-duty vehicles.

Corning® Celcor® Substrates

Corning® Celcor® Substrates

Corning® Celcor® Substrates

Our advanced ceramic substrates are designed for high performance, efficiency, and flexibility in light-duty applications.

Our advanced ceramic substrates are designed for high performance, efficiency, and flexibility in light-duty applications.

Corning® Celcor® LFA Substrates

Corning® Celcor® LFA Substrates

Corning® Celcor® LFA Substrates

Our large frontal area (LFA) ceramic substrates deliver reliable performance under demanding conditions in heavy-duty diesel applications.

Our large frontal area (LFA) ceramic substrates deliver reliable performance under demanding conditions in heavy-duty diesel applications.