• MOQ 2 Piece(s)
• TypeSpray Gun
• MaterialMild Steel
• ApplicationCar, Spraying Almirah
• ColorSilver
• Automatic GradeManaul
• PowerGas
• FeatureCorrosion Resistance, Easy To Hold
• Working PressureMedium

  zinc thermal spraying is a process where zinc or zinc alloys are melted and then sprayed onto a prepared substrate, creating a layered coating. Thermal spraying is a highly effective and proven method of corrosion prevention, giving galvanic as well as barrier coating protection to iron and steel. surface prepartion as with any coating process, proper surface preparation is essential. Grit blasting prior to coating application produces a properly clean and roughened surface, upon which the molten sprayed zinc anchors with bond strengths in the range of several thousand pounds per square inch.   zinc metal coatings   the main sprayed metal coatings are either pure zinc or an alloy of zinc and 15% aluminum. Sprayed coatings of pure zinc have been available since the 1920’s and are typically applied with a thickness of 100 microns or more. If not further coated, the pure zinc coating will form a stable, passive film of zinc corrosion products with a predictable weathering rate. In many environments, the sprayed zinc alone can provide sufficient service life. The zinc 15%-aluminum thermal spray coating was introduced in the late 1970’s and is about the highest aluminum composition in zinc that can be industrially made into wire. Because the micro-structure of each of the droplets of this sprayed coating consists of both a zinc-rich and aluminum- rich phase, zn-15%al offers the optimum corrosion protection to steel in aggressive atmospheric conditions such as marine environments.   

• MOQ 1 Piece(s)
• TypeFlame Spray Gun
• MaterialMild Steel
• ApplicationCar, Spraying
• ColorSilver
• Automatic GradeManaul
• PowerGas
• FeatureCorrosion Resistance, Durable
• Working PressureMedium

thermal spraying is a group of processes wherein a feedstock material is heated and propelled asindividual particles or droplets onto a surface. The thermal spray gun generates the necessary heat byusing combustible gases or an electric arc. as the materials are heated, they are changed to a plastic ormolten state and are confined and accelerated by a compressed gas stream to the substrate. the particlesstrike the substrate, flatten, and form thin platelets (splats) that conform and adhere to the irregularities of the prepared substrate and to each other. as the sprayed particles impinge upon the surface, they cool andbuild up, splat by splat, into a laminar structure forming the thermal spray coating. figure 2-1 illustrates atypical coating cross section of the laminar structure of oxides and inclusions. the coating that is formedis not homogenous and typically contains a certain degree of porosity, and, in the case of sprayed metals, the coating will contain oxides of the metal. feedstock material may be any substance that can be melted, including metals, metallic compounds, cements, oxides, glasses, and polymers. feedstock materials canbe sprayed as powders, wires, or rods. the bond between the substrate and the coating may bemechanical, chemical, or metallurgical or a combination of these. the properties of the applied coatingare dependent on the feedstock material, the thermal spray process and application parameters, andposttreatment of the applied coating

• MOQ 3 Piece(s)
• TypeArc Spray Equipment
• ColorBrown
• Voltage380V
• Driven TypeElectric, Hydraulic
• Warranty1year
• Automatic TypeManual

electric arc spraying is a thermal spraying process that uses an electric arc between two consumable electrodes of the surfacing materials as the heat source. A compressed gas atomizes and propels the molten material to the workpiece. The principle of this process is shown by figure. The two consumable electrode wires are fed by a wire feeder to bring them together at an angle of approximately 30 degrees and to maintain an arc between them. A compressed air jet is located behind and directly in line with the intersecting wires. The wires melt in the arc and the jet of air atomizes the melted metal and propels the fine molten particles to the workpiece. The power source for producing the arc is a direct-current constant-voltage welding machine. The wire feeder is similar to that used for gas metal arc welding except that it feeds two wires. The gun can be hand held or mounted in a holding and movement mechanism. The part or the gun is moved with respect to the other to provide a coating surface on the part. the high temperature of the arc melts the electrode wire faster and deposits particles having higher heat content and greater fluidity than the flame spraying process. The deposition rates are from 3 to 5 times greater and the bond strength is greater 5000-7000 psi. There is coalescence in addition to the mechanical bond. The deposit is denser and coating strength is greater than when using flame spraying. dry compressed air is used for atomizing and propelling the molten metal. A pressure of 80 psi and from 30 to 80 cu ft/min (0.85 to 2.27 cu m/min) is used. Almost any metal that can be drawn into a wire can be sprayed. Following are metals that are arc sprayed: aluminum, babbitt, brass, bronze, copper, molybdenum, monel, nickel, stainless steel, carbon steel, tin, and zinc.

• MOQ 1 Piece(s)
• Brand NameMicroBlaster

Our blast machines are used by a number of industrial professionals for a variety of purposes. Contractors, facility owners, shipyard, rail yards, and other industrial and mobile applications require high-quality, durable pressure blasting equipment for cleaning, corrosion control, and surface preparation. If you are having difficulty finding a blast machine to meet your application demands, one thing is for certain: we’ll have it here. Clemco Industries has over 50 years of experience manufacturing superior equipment—our store is host to a variety of Clemco models designed for reliability and blast control. All machines are manufactured to American Society of Mechanical Engineers (ASME) standards, meaning you will never have to wonder about the quality. All of Clemco machines are built tough to endure real-world use. We offer both classic- and contractor-style blast machines in a range of sizes guaranteed to meet your individual needs. Whether you’re looking for a smaller and lighter machine with portability, or you’d prefer a stationary machine with a large capacity for abrasive, SandblastingMachines.com has got you covered. Take the guesswork out of buying a blast machine and separate, compatible parts by choosing a complete sandblasting system. Our packages include the blast machine, remote nozzles, couplings, blast hose, Apollo helmet, air filter, and spare parts. And they are all guaranteed compatible with your Clemco blast machine. We offer both high and low pressure respirator packages depending on your preferred system for delivering clean air to the blast operator.

• MOQ 2 Piece(s)
• TypeSpray Gun
• MaterialMild Steel
• ApplicationCar, Spraying Almirah
• ColorSilver
• Automatic GradeManaul
• PowerGas
• FeatureCorrosion Resistance, Easy To Hold
• Working PressureMedium

  zinc thermal spraying is a process where zinc or zinc alloys are melted and then sprayed onto a prepared substrate, creating a layered coating. Thermal spraying is a highly effective and proven method of corrosion prevention, giving galvanic as well as barrier coating protection to iron and steel. surface prepartion as with any coating process, proper surface preparation is essential. Grit blasting prior to coating application produces a properly clean and roughened surface, upon which the molten sprayed zinc anchors with bond strengths in the range of several thousand pounds per square inch.   zinc metal coatings   the main sprayed metal coatings are either pure zinc or an alloy of zinc and 15% aluminum. Sprayed coatings of pure zinc have been available since the 1920’s and are typically applied with a thickness of 100 microns or more. If not further coated, the pure zinc coating will form a stable, passive film of zinc corrosion products with a predictable weathering rate. In many environments, the sprayed zinc alone can provide sufficient service life. The zinc 15%-aluminum thermal spray coating was introduced in the late 1970’s and is about the highest aluminum composition in zinc that can be industrially made into wire. Because the micro-structure of each of the droplets of this sprayed coating consists of both a zinc-rich and aluminum- rich phase, zn-15%al offers the optimum corrosion protection to steel in aggressive atmospheric conditions such as marine environments.   

• MOQ 1 Piece(s)
• TypeFlame Spray Gun
• MaterialMild Steel
• ApplicationCar, Spraying
• ColorSilver
• Automatic GradeManaul
• PowerGas
• FeatureCorrosion Resistance, Durable
• Working PressureMedium

thermal spraying is a group of processes wherein a feedstock material is heated and propelled asindividual particles or droplets onto a surface. The thermal spray gun generates the necessary heat byusing combustible gases or an electric arc. as the materials are heated, they are changed to a plastic ormolten state and are confined and accelerated by a compressed gas stream to the substrate. the particlesstrike the substrate, flatten, and form thin platelets (splats) that conform and adhere to the irregularities of the prepared substrate and to each other. as the sprayed particles impinge upon the surface, they cool andbuild up, splat by splat, into a laminar structure forming the thermal spray coating. figure 2-1 illustrates atypical coating cross section of the laminar structure of oxides and inclusions. the coating that is formedis not homogenous and typically contains a certain degree of porosity, and, in the case of sprayed metals, the coating will contain oxides of the metal. feedstock material may be any substance that can be melted, including metals, metallic compounds, cements, oxides, glasses, and polymers. feedstock materials canbe sprayed as powders, wires, or rods. the bond between the substrate and the coating may bemechanical, chemical, or metallurgical or a combination of these. the properties of the applied coatingare dependent on the feedstock material, the thermal spray process and application parameters, andposttreatment of the applied coating

• MOQ 3 Piece(s)
• TypeArc Spray Equipment
• ColorBrown
• Voltage380V
• Driven TypeElectric, Hydraulic
• Warranty1year
• Automatic TypeManual

electric arc spraying is a thermal spraying process that uses an electric arc between two consumable electrodes of the surfacing materials as the heat source. A compressed gas atomizes and propels the molten material to the workpiece. The principle of this process is shown by figure. The two consumable electrode wires are fed by a wire feeder to bring them together at an angle of approximately 30 degrees and to maintain an arc between them. A compressed air jet is located behind and directly in line with the intersecting wires. The wires melt in the arc and the jet of air atomizes the melted metal and propels the fine molten particles to the workpiece. The power source for producing the arc is a direct-current constant-voltage welding machine. The wire feeder is similar to that used for gas metal arc welding except that it feeds two wires. The gun can be hand held or mounted in a holding and movement mechanism. The part or the gun is moved with respect to the other to provide a coating surface on the part. the high temperature of the arc melts the electrode wire faster and deposits particles having higher heat content and greater fluidity than the flame spraying process. The deposition rates are from 3 to 5 times greater and the bond strength is greater 5000-7000 psi. There is coalescence in addition to the mechanical bond. The deposit is denser and coating strength is greater than when using flame spraying. dry compressed air is used for atomizing and propelling the molten metal. A pressure of 80 psi and from 30 to 80 cu ft/min (0.85 to 2.27 cu m/min) is used. Almost any metal that can be drawn into a wire can be sprayed. Following are metals that are arc sprayed: aluminum, babbitt, brass, bronze, copper, molybdenum, monel, nickel, stainless steel, carbon steel, tin, and zinc.

• MOQ 1 Piece(s)
• Brand NameMicroBlaster

Our blast machines are used by a number of industrial professionals for a variety of purposes. Contractors, facility owners, shipyard, rail yards, and other industrial and mobile applications require high-quality, durable pressure blasting equipment for cleaning, corrosion control, and surface preparation. If you are having difficulty finding a blast machine to meet your application demands, one thing is for certain: we’ll have it here. Clemco Industries has over 50 years of experience manufacturing superior equipment—our store is host to a variety of Clemco models designed for reliability and blast control. All machines are manufactured to American Society of Mechanical Engineers (ASME) standards, meaning you will never have to wonder about the quality. All of Clemco machines are built tough to endure real-world use. We offer both classic- and contractor-style blast machines in a range of sizes guaranteed to meet your individual needs. Whether you’re looking for a smaller and lighter machine with portability, or you’d prefer a stationary machine with a large capacity for abrasive, SandblastingMachines.com has got you covered. Take the guesswork out of buying a blast machine and separate, compatible parts by choosing a complete sandblasting system. Our packages include the blast machine, remote nozzles, couplings, blast hose, Apollo helmet, air filter, and spare parts. And they are all guaranteed compatible with your Clemco blast machine. We offer both high and low pressure respirator packages depending on your preferred system for delivering clean air to the blast operator.