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65,000 SQ FT FACILITY ON 5 ACRES -
EXPERTS IN MACHINING, COATING,
GRINDING, & FINISHING OF ROTATING AND
RECIPROCATING COMPONENTS -
100+ YEARS OF OUR ENGINEERS,
SALES, & TECHNICIANS -
LIFTING CAPACITY UP TO 40 TONS
OR 80,000 POUNDS
Who We Are
Fusion, Inc. founded in 1959 and located in Houston TX, is a job shop specializing in the machining, coating, grinding, and finishing of rotating and reciprocating components.
We have a full range of O.D. – (up to 96″ swing x 37′), and Vertical grinding capacity (80″ swing x 70” under rail and 48” stroke) with a crane capacity of 80,000 pounds to handle any machining, coating or metal finishing job you have for us.
With our combined experience of 100+ years of engineering, sales and technical ability we will provide you with the highest quality to cover your project needs. We have helped many companies through the entire process of machining, grinding, finishing and coating their parts and components and can help you too.
Read about us in Gas Compression Magazine!
SERVICES
CAPABILITIES
02May
HVOF COATINGS
The HVOF (High Velocity Oxy-Fuel) process produces low porosity, dense coatings that exhibit high bond strengths, some exceeding 12,000 PSI. It also produces low oxides and extremely fine as-sprayed finishes. The coatings have low residual internal stress and can be sprayed to a thickness not normally associated with dense, thermal sprayed coatings.
02May
TWIN ARC COATINGS
The Twin Arc wire process uses two metallic wires. The two wires are electrically charged with opposing polarity and are fed into the arc gun at matched, controlled speeds. When the wires are brought together at the contact point, the opposing charges on the wires create enough heat to continuously melt the tips of the wires
01May
COMBUSTION WIRE COATINGS
The combustion wire process draws a metal alloy wire through the combustion spray gun. At the gun nozzle, fuel gas of acetylene is mixed with oxygen in precise proportions and ignited to create a flame. The metal wire is fed through the flame, melted and atomized by the compressed air, and the molten droplets are propelled towards the substrate to form the coating.
01May
PLASMA COATINGS
The Plasma Spray process is a high frequency arc that is ignited between an anode (nozzle) and cathode (electrode). The process gases flowing between them are ionized to become a plume of hot plasma gas (12,000°F to 30,000°F). When the coating material is passed through the gas plume, it is melted and propelled towards the substrate forming the coating.
BUSINESS PARTNERS & AFFILIATIONS
CONTACT US
6911 Fulton Street
Houston, TX 77022
Phone: (713) 691-5647
Fax: (713) 699-1003
Thomas Niederberger
Sales & Customer Service Manager
Cell: 713-263-4888
Oil & Gas, Wind & General inquiries:
tniederberger@fusionhouston.com
Jeff Fenner
Outside Sales & Customer Service
Cell: 713-502-3197
Downhole Components & General inquiries:
jfenner@fusionhouston.com