Technology

CDTi Advanced Materials, Inc. has produced more than 12 million coated catalysts. With 55 patented technologies and ISO Certifications, we provide a high level of expertise and quality.

Three Way Catalyst

Highly efficient, patented low PGM formulations for the control of Hydrocarbons, Carbon Monoxide and NOx. Millions of catalysts produced over 20 years for customers such as Honda, GM & Renault. Our patented technology reduces sintering at high temperatures, enhances Rhodium performance on three & four way catalysts and provides industry leading oxygen storage capabilities.

1700-hot-air-tunnel-003

Diesel Oxidation Catalyst

Industry leading, EPA Verified SPGM™ DOC catalyst  breaks down pollutants in use for a multitude of applications to include mining, on-road, construction & stationary equipment.  Extremely low temperature requirements provides emission reductions across all duty cycles.

P1000234

Diesel Particulate Filter

Using the highest quality DPF substrate provides 98%+ reductions of particulate matter.  Coupled with CDTI's patented MPC® technology provides exceptional thermal stability.  Available in base metal and PGM formulations.  Catalyzed DPF's included in Verifications by CARB, EPA & VERT.

Screen Shot 2020-07-02 at 10.53.08 AM

Selective Catalytic Reduction & Ammonia Slip Catalyst

Patented Zeolite Material designed to provide robust NOx Reduction at Lower Temperatures and innovative Ammonia Slip Clean Up with excellent N2 selectivity

catalyst

Materials Technology

Wide platform of patented technology for the improvement of platinum group metal functionality to be utilized with catalysts across myriad applications.

P1040465

Industrial Process catalysts

Durable, effective catalysts for industrial processes.  Solutions include Oxidation Catalyst, Three-Way Catalysts & Selective Catalytic Reduction

2479-11-Top

Please contact with questions or inquiries

Campbell McConnell
Email: cmcconnell@cdti.com
Phone: 805-639-9470

Please enter your name.
Please enter a subject.
Please enter a message.