Since 1979, we have focused on integrity, trust and safety for both our employees & customers.
ABOUT STACKMATCH
Stackmatch Flare Ignition, Inc. established in 1979, designs and manufactures Flare Pilots, Pilot Ignition Systems, Flame Detection and Controls for the Petrochemical and Oil & Gas industries.
We continuously challenge basic concepts of conventional Pilot technology and have, over the years, developed and patented several revolutionary technical advances. These Stackmatch patented state of the art designs have proven reliable and efficient, and are in use daily throughout the world.
The company offers a wide range of pilot designs for any ignition solution with the highest level of quality assured as each manufactured product is inspected and tested prior to shipment. We are ready to assist you with Respect, Knowledge and Courtesy brought forth better than any other company.
MISSION STATEMENT
Stackmatch Flare Ignition, Inc. is dedicated to providing pilot ignition systems that are produced with superior quality and the most innovative technology. We wish to establish a long-term, successful partnership with our customers and employees that respect the needs and goals of each party.
Success will be measured by our customers choosing us because of their belief in our ability to meet or exceed their expectations of price, service and expertise.
Our Patented Technologies
Flame Detection
Plasma Resonance is a Stackmatch Patented method of flame detection specifically designed for instantaneous pilot flame recognition and when unavoidable, to fail in the fail safe condition.
Micro Flame Front Ignition
Stackmatch Pilots operate with our patented Micro Flame Front Ignition technology that is built with an ignition tube located inside the pilot body. This tube is allowed to fill with the same volatile fuel normally processed through the pilot body.
Cool Tip
With top and bottom diversion plates, it’s designed to allow the spent nozzle gas to continuously clean the pilot nozzle. As the spent gas escapes to atmosphere, this downward jetting action further protects the nozzle cavity from contamination.