Arc Spraying Machine

Applications: This equipment is widely used in anti-corrosion construction for both large and small areas, mechanical component repair, and workpiece strengthening. It can be customized with detailed improvements based on the user’s specific needs. Additionally, we can tailor special-function arc welding equipment to meet users’ unique requirements.

Category:

Zinc-spraying machine, aluminum-spraying machine

Key words:

电弧喷涂技术电弧喷涂设备喷锌喷铝喷铜防腐蚀

Request for quotation E-mail:CarrieFeng07@outlook.com

Product Description

Arc Spray Coating Machine Features

Power supply:

1. Thyristor rectifier power supply. The power supplier has many years of experience in manufacturing power supplies for arc spraying machines and has been providing equipment power support to thermal spray equipment manufacturers in Shanghai, Beijing, and other regions for years. The power supplies are stable and reliable, with excellent continuous operation performance.

2. Lightweight and compact. While ensuring strength, it minimizes volume and weight to the greatest extent possible, making it lightweight and highly flexible.

3. Unique power-saving mode: The power supply enters sleep mode, and the operating mode adjusts automatically, maximizing energy savings while ensuring efficient heat dissipation.

4. Dust-proof design. A unique structural isolation system effectively prevents dust accumulation from causing equipment failures in the power supply.

5. High-frequency arc-starting design. Specifically designed with high-frequency arc-starting technology to address the issue of difficult arc initiation caused by the oxide film on the surface of zinc-aluminum wires, completely resolving the problem of poor arc initiation for certain wire materials.

Machine delivery mechanism:

1. Push-and-pull dual-purpose wire feeder. By making improvements to the traditional push-feed mechanism, it can be effectively used for push-feed spraying and is also compatible with pull-feed gun spraying mode—making it a dual-purpose device.

2. Synchronized wire feeding adjustment: The degree of synchronization between the wire feeds on the left and right sides can be adjusted using current displays, thereby avoiding the issue of unsynchronized wire feeding that often arises from the lack of reference in conventional wire feeders’ left-right adjustment.

3. Adjustment of work efficiency: The voltage of the wire-feeding motor corresponds to the wire-feeding rate, which in turn affects the spraying efficiency. By referring to the corresponding instruction table, you can precisely adjust the spraying efficiency.

4. Unique multi-functional wire feed spool design. It can accommodate both traditional standard spools of wire for thermal spraying and also seamlessly supports standard bulk wire, eliminating the need for winding loose wire onto spools and significantly boosting work efficiency.

5. Dual-purpose wire feed tube. The wire feed hose comes in two configurations: one with an internal steel pipe and another with a PTFE tube, accommodating both hard and soft wires. This design minimizes the friction coefficient of the wire feed tube, thereby maximizing the smoothness of wire feeding.

Spray gun:

1. Unique Laval principle: The interior of the spray gun is designed based on the Laval nozzle principle, significantly increasing the particle flight velocity—some particles can even achieve supersonic speeds.

2. Multi-function nozzle. Each gun can be equipped with three types of nozzles, enabling ordinary spraying, supersonic spraying, and ultra-fine atomization spraying.

3. Human-centered design: The gun handle is equipped with a spray switch, and the gun body features an intake valve, enabling adjustable operation and on-demand spraying, thereby greatly enhancing environmental adaptability.

4. Anti-sticking performance: The nozzle is made of high-temperature-resistant, anti-sticking ceramic, and the gun body is coated with a special Teflon anti-sticking layer, effectively preventing adhesion and contamination of the spray gun caused by sprayed particles and external impurities.

Applications: This equipment is widely used in anti-corrosion construction for both large and small areas, mechanical component repair, and workpiece strengthening. It can be customized with detailed improvements based on the user’s specific needs. Additionally, arc-based equipment with special features can be custom-designed according to the user’s requirements.