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Titanium coating Houston
What is the melting and boiling point of titanium? Fusion Inc has a titanium coating Houston which is a strong metal with low density that is quite ductile. The will produce a metallic white in color. The high melting point (more than 1,650 degrees Celcius) makes it useful as a refractory metal.
Here at Fusion Inc, we have a full range of O.D. and vertical grinding capacity with a crane capacity of 80,000#. There are over 100 years of experience under the Fusion Inc roof here in Houston, Texas. Because of this, Fusion Inc will provide you with the highest quality to cover your project needs. We take our jobs very seriously and we feel that we are the industry leaders when it comes to titanium coating Houston.
What is Titanium?
This transition metal is put out with titanium coating Houston by Fusion Inc. Titanium is resistant to corrosion in seawater as well as chlorine. Titanium can be found with iron and aluminum among other elements to produce strong alloys for petrochemicals. The two most useful properties of the metal are corrosion resistance and strength-to-density ratio. That is the highest of any metallic element. If the titanium coating Houston is alloy-free it is as strong as some steels but less dense.
The Physical & Chemical Properties of Titanium
The titanium coating Houston is not as hard as some grades of steel that contains heat. It is a non-magnetic and a poor conductor of heat and electricity. If you are going to use titanium coating Houston in a machine, this will call for precautions. Like steel structures, those made from titanium have a fatigue limit that guarantees longevity in some applications.
Chemically, titanium coating Houston will oxidize immediately upon exposure to air. Titanium readily reacts with oxygen as it forms titanium dioxide. It is very slow to react with water and air at ambient temperatures. Because of this, it forms a passive oxide coating that protects the bulk metal from further oxidation. Titanium is capable of resisting to corrosion because of the atmospheric passivation. However, titanium can cause corrosion if it comes in contact with some acids.
Twin Arc Process
Different from the titanium coating Houston that Fusion has, comes the Twin Arc coating process. This process will use two metallic wires that have an electrical charge with opposing polarity and are fed into the arc gun. 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. As a result, the coating will project onto the substrate.
The features of the twin arc process differ from the titanium coating Houston slightly. The twin arc systems are compact and will not experience component distortion. This system will produce high spray rates and the coating of some internal bores is possible. We can tailor the coating to your liking to meet any needs by preparing parameters to control the arc distance.
HVOF Process
HVOF is an oxygen-fuel mixture that is put into a combustion chamber and lit. The gases expand and flow through a nozzle from the chamber. The titanium coating Houston powder is fed into the combustion chamber. Once the powder enters the chamber it then exits through the nozzle onto the substrate at velocities up to 3200 feet per second.
Thicker coating applications are the result of low to compressive coating stress. This spraying process is for carbide and super alloy coatings. The surface finishes are smooth and can begin life depending on the service environment. During the process, areas that are not to be a part of this process are easily kept safe. This entire process is fully automatic using robotic equipment.
Plasma Spraying Process
Different from titanium coating Houston is the Plasma Spray process. This is a high-frequency arc that is lit between a nozzle and an electrode. Gases will flow between them and become a plume of hot plasma gas reaching from 12,000 degrees Farenheit to 30,000 degrees Farenheit. The coating material will melt and propel towards the substrate that then forms the coating. Fusion Inc. can accurately regulate coating results which are to the advantage of the client. There is a respectable distance between the plasma gun and substrate. This distance allows Fusion Inc. to be in control of the spray temperature which is usually between 100 and 500 degrees Farenheit.
Titanium coating Process
A process for titanium coating on a base of ferrous metal having a smooth surface comprising the following steps in sequence: degassing the base by heating said base for a period of three to five minutes at a temperature within the range of 1750 and 1875 degrees Farenheit.
With our capabilities, the professionals here at Fusion Inc. can restore your turbine rotors back to standard size and finalize the work with burnishing and perform ERO on your probe areas as you need them. Fusion Inc. can assist you with HVOF Tungsten Carbide coating and polishing needs for your downhole Mud Motor Rotors, including in-house weld & blend repairs and straightening. Fusion Inc. offers coatings for Bearing Mandrels and other downhole components.
Reach Out to Fusion Inc.
Fusion Inc will provide you with the highest quality to cover your project needs. We take our jobs very seriously and we feel that we are the industry leaders when it comes to Titanium coating Houston. We can be found on the web if you click here. Or if you would like to set up a meeting and discuss your needs, we can certainly do that. Reach out to us via phone by calling 713-691-6547.
Fun Facts About Houston
- Houston is in Texas one of the seven states that doesn’t have a state income
- Downtown has an underground tunnel system for you to dine and shop in
- The Alley Theater and Wortham Center for the Arts
- Click here to learn more about Houston
Titanium coating Houston
What is the melting and boiling point of titanium? Fusion Inc has a titanium coating Houston which is a strong metal with low density that is quite ductile. The will produce a metallic white in color. The high melting point (more than 1,650 degrees Celcius) makes it useful as a refractory metal.
Here at Fusion Inc, we have a full range of O.D. and vertical grinding capacity with a crane capacity of 80,000#. There are over 100 years of experience under the Fusion Inc roof here in Houston, Texas. Because of this, Fusion Inc will provide you with the highest quality to cover your project needs. We take our jobs very seriously and we feel that we are the industry leaders when it comes to titanium coating Houston.
What is Titanium?
This transition metal is put out with titanium coating Houston by Fusion Inc. Titanium is resistant to corrosion in seawater as well as chlorine. Titanium can be found with iron and aluminum among other elements to produce strong alloys for petrochemicals. The two most useful properties of the metal are corrosion resistance and strength-to-density ratio. That is the highest of any metallic element. If the titanium coating Houston is alloy-free it is as strong as some steels but less dense.
The Physical & Chemical Properties of Titanium
The titanium coating Houston is not as hard as some grades of steel that contains heat. It is a non-magnetic and a poor conductor of heat and electricity. If you are going to use titanium coating Houston in a machine, this will call for precautions. Like steel structures, those made from titanium have a fatigue limit that guarantees longevity in some applications.
Chemically, titanium coating Houston will oxidize immediately upon exposure to air. Titanium readily reacts with oxygen as it forms titanium dioxide. It is very slow to react with water and air at ambient temperatures. Because of this, it forms a passive oxide coating that protects the bulk metal from further oxidation. Titanium is capable of resisting to corrosion because of the atmospheric passivation. However, titanium can cause corrosion if it comes in contact with some acids.
Twin Arc Process
Different from the titanium coating Houston that Fusion has, comes the Twin Arc coating process. This process will use two metallic wires that have an electrical charge with opposing polarity and are fed into the arc gun. 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. As a result, the coating will project onto the substrate.
The features of the twin arc process differ from the titanium coating Houston slightly. The twin arc systems are compact and will not experience component distortion. This system will produce high spray rates and the coating of some internal bores is possible. We can tailor the coating to your liking to meet any needs by preparing parameters to control the arc distance.
HVOF Process
HVOF is an oxygen-fuel mixture that is put into a combustion chamber and lit. The gases expand and flow through a nozzle from the chamber. The titanium coating Houston powder is fed into the combustion chamber. Once the powder enters the chamber it then exits through the nozzle onto the substrate at velocities up to 3200 feet per second.
Thicker coating applications are the result of low to compressive coating stress. This spraying process is for carbide and super alloy coatings. The surface finishes are smooth and can begin life depending on the service environment. During the process, areas that are not to be a part of this process are easily kept safe. This entire process is fully automatic using robotic equipment.
Plasma Spraying Process
Different from titanium coating Houston is the Plasma Spray process. This is a high-frequency arc that is lit between a nozzle and an electrode. Gases will flow between them and become a plume of hot plasma gas reaching from 12,000 degrees Farenheit to 30,000 degrees Farenheit. The coating material will melt and propel towards the substrate that then forms the coating. Fusion Inc. can accurately regulate coating results which are to the advantage of the client. There is a respectable distance between the plasma gun and substrate. This distance allows Fusion Inc. to be in control of the spray temperature which is usually between 100 and 500 degrees Farenheit.
Titanium coating Process
A process for titanium coating on a base of ferrous metal having a smooth surface comprising the following steps in sequence: degassing the base by heating said base for a period of three to five minutes at a temperature within the range of 1750 and 1875 degrees Farenheit.
With our capabilities, the professionals here at Fusion Inc. can restore your turbine rotors back to standard size and finalize the work with burnishing and perform ERO on your probe areas as you need them. Fusion Inc. can assist you with HVOF Tungsten Carbide coating and polishing needs for your downhole Mud Motor Rotors, including in-house weld & blend repairs and straightening. Fusion Inc. offers coatings for Bearing Mandrels and other downhole components.
Reach Out to Fusion Inc.
Fusion Inc will provide you with the highest quality to cover your project needs. We take our jobs very seriously and we feel that we are the industry leaders when it comes to Titanium coating Houston. We can be found on the web if you click here. Or if you would like to set up a meeting and discuss your needs, we can certainly do that. Reach out to us via phone by calling 713-691-6547.
Fun Facts About Houston
- Houston is in Texas one of the seven states that doesn’t have a state income
- Downtown has an underground tunnel system for you to dine and shop in
- The Alley Theater and Wortham Center for the Arts
- Click here to learn more about Houston