Thermal spray coatings are the only use for the Powder Flame Spray Gun.
Flame Spray Gun
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Datasheet
Where it is used
Typical process uses for Powder Flame Spray Gun across industrial surface preparation.
Thermal spray coatings are the only use for the Powder Flame Spray Gun.
A powder flame spray gun is also employed for coatings that are uniformly smooth and of high quality.
A powder flame spray gun is utilised with coating materials with a variety of applications, including ceramic materials.
Applying coatings with a powder spray gun is useful for many different purposes, including surface restorations, dimensional restoration, corrosion protection, and wear resistance.
What to know
The powders are fed and propelled using a unique system in the powder flame spray gun. The powder is fed by gravity through a metering valve and sucked at reduced pressure into an aspirator chamber; from there, the powder is driven through the flame, melting and depositing as a coating on the object.
The Flame (or Combustion) Powder Spray (powder flame spray gun) process works a comparable technique as the Flame Spray Gun method, but the wire feedstock is replaced by a powder.
The main benefit of this method is that a much wider variety of materials (such as nickel or cobalt-based self Fuxing composites or ceramic substances) can be easily treated into powder form providing a greater choice of coatings. Many compounds are difficult or cannot be presented in a wire form and for this purpose, it was produced.
The method relies on the chemical reaction between oxygen and combustible combustion to produce a flame source. This flame source produces a gas stream by temperature in excess of 3,000°C with correctly balanced conditions between oxygen and acetylene.
The feedstock material to be spattered is fed into the flame in the form of a powder to melt and the thermal extension of the flaming is then used to atomize and stimulate the particles onto the component.
| Body Material | Stainless Steel & Iron |
| Cup Capacity | 550 ml |
| Nozzle Size | 0.3 mm |
| Air Pressure | 30-50 psi |
| Air InletAir Inlet | 1/4″ |
Typical coatings
Main purposes
When a material is flame-sprayed, new and complex material is produced. This is the basis that the quality of the thermal spray coating depends upon the quality of the powder. A slight variation in powder chemistry can greatly influence the property of the last coating. The particle size distribution in a powder can change the density plus porosity of the coating. Our Powders meet excellent examples of chemical composition, particle shape & size, flow rate & purity.
We offer a complete Combustion Powder flame Spray gun (Systems). The Flame Powder Spray Guns are specifically engineered production flame spray systems. The Flame Powder Spray Systems can be configured for both hand-held or machine-mounted/robotic procedures.
We supply all required equipment to optimize the use of a Flame Powder Spray System, including:
The 5PS-II is a very efficient plus versatile, handheld, Powder Spray Gun for flaming powder spray that can be used to apply coatings for a type of treatment such as dimensional remodeling, surface improvements, corrosion protection plus wear resistance.
With its built-in powder feed canister, a thermal spray system utilizing the 5PS-II powder flame spray gun is an attractive choice for workshops with occasional surfacing activity or when an economical expenditure is required.
The 5PS-II is suitable for all-purpose use in that it can apply a wide variety of coating materials such as self-fluxing composites, ceramics, self-bonding elements, and conventional materials such as mild steels, stainless steels, bronze, aluminum-based, and nickel-based alloys. Designed for handheld operation, the 5PS-II is lightweight and operates a handle for operator comfort and safety. A tool post attachment is also included to rest the gun during workpiece changeover.
The 6PS-II powder flame spray guns can be practiced to apply premium coatings to resolve several surface difficulties including machine component repairs, dimensional reconstruction, corrosion strength, abradable, and wear resistance. Economical to operate, the 6PS-II series guns have high spray rates with low gas consumption and high deposit efficiencies can be obtained.
The 6PS-II gun range is fit for all-purpose use in that it can apply a wide range of coating materials such as self-fluxing compounds, ceramics, self-bonding elements, and common materials such as MS, SS, bronze, aluminum, and nickel alloys. A regular and accurate supply of powder is fed from the PF-700 Powder Feeder to the gun enabling you to mount or manually spray in practically any position without changing the powder feed rates.
Micro Blaster is a Manufacturer of Powder Flame Spray Gun for Sale in India. We are also the Supplier of Thermal Spray Gun, Metalizing Gun, Flame Spray Gun, Sand Blasting Machine, Sand Blasting Cabinet, Grit Blasting Machine, & Shot Blasting Machine at an affordable price.
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FAQ
Quick clarity on quotation, supply and what our team needs to size Powder Flame Spray Gun correctly.
Powder Flame Spray Gun is a product in the Micro Blaster range for grit blasting, shot blasting and industrial surface preparation. It is selected based on your process, finish requirement and production volume.
Powder Flame Spray Gun supports surface cleaning, preparation or process efficiency in blasting operations. Tell us your component type and finish target so we can confirm suitability and recommend compatible media or equipment.
Share your application, quantity, finish requirement and delivery city or port. We provide a manufacturer-direct quotation with clear commercial scope for supply, packing and freight.
Yes. Micro Blaster supplies Powder Flame Spray Gun domestically across India and for export shipments, with documentation support for commercial orders. Mention your destination and timeline when enquiring.
Most enquiries receive a reply within one business day during working hours. Include application details, quantity and delivery location for the fastest technical and commercial response.