Low NOx, Oxy-Fuel burners offering easy installation, easy switch from gas to oil, and a patented oxygen staging design

Flat flame, oxy-fueled burner for glass melting furnaces. The OXYTHERM FHR features an adjustable staged oxygen design to optimize heat transfer, flame volume and emissions.

Next Generation Oxy-fuel technology, for glass forehearth applications. It is designed to be cooler running, for longer burner life, while still providing improved fuel usage and NOx reduction.

Mounting brackets, designed for the BrightFire 200, to ensure safe and correct installation and removal of the burner into the furnace; an essential item for a good furnace design.

High capacity, oxygen fueled furnace burner ideal for down fired mounting applications such as ladle pre-preheating as well as rotary melters, incinerators, and other process heaters.

The OXY-THERM 300 offers capacities up to 300,000 BTU/h with a choice of two block shapes. It burns any gaseous fuels including poor quality fuels.

Oxy-fuel burner with a conventional cone shaped flame, for use in glass melting furnaces. Designed for multiple fuels, it features a low maintenance design, high luminosity, and an adjustable flame shape.

Flat-Flame Oxy-fuel burner for glass melting applications. It features an adjustable flame shape with uniform heat distribution to improve product quality and throughput.

Flat-Flame Oxy-fuel burner that uses a patented "gas splitting technology" to produce increased luminosity and head radiation above the glass load. This helps improve furnace output and reduce NOx.

Low Nox, throughport burners designed to be used with a retraction gear mechanism to allow the burner to be pulled out of the heat when it is not being fired. They feature a dual nozzle and provide a flat, fan-shaped flame.

Throughport burners designed for multiple burners per port, the WTPUG is designed for Gas and produces a conical flame, is water cooled, and paired with a retraction gear mechanism.

The 04V is a highly versatile air-fuel burner designed for use in recuperative glass melting applications. It utilizes pre-heated combustion air to improve fuel savings.