Gao Meike 高美科

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EQUIPMENT

EQUIPMENT

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Plasma

Plasma

Plasma 2

Plasma 2

Manipulator

Manipulator

Manipulator control box

Manipulator control box

APPLICATIONS

APPLICATIONS

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ABOUT US

ABOUT US

Professional processing of various coatings and wear-resistant parts

Suzhou Gaomike Material Technology Co., Ltd., established in 2021, is located in Dongbang Economic Development Zone, Changshu City, Suzhou City, Jiangsu Province, adjacent to Changtai Expressway, with convenient transportation. It is a high-tech enterprise specializing in processing various coatings and wear-resistant parts.

 

The company has obtained environmental assessment, safety assessment and other qualification certificates, the company has Praxair JP8000 supersonic spraying system, Meike plasma spraying system, arc spraying equipment, a number of six-axis arm length 2 meters 1 manipulator. And has related post-processing equipment: large cylindrical grinder, large lathe, various specifications of polishing machine, and coating testing equipment.

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Gao Meike

SIX ADVANTAGES

SIX ADVANTAGES

Choose a substrate with high stability

Provide surface anti-corrosion, wear-resistant, heat insulation, insulation, conductive, magnetic and other functional enhancement and surface modification and product repair services to extend the service life of the product at the same time.

Traceable production process quality management

Provide surface anti-corrosion, wear-resistant, heat insulation, insulation, conductive, magnetic and other functional enhancement and surface modification and product repair services to extend the service life of the product at the same time.

All production using precision imported equipment

Provide surface anti-corrosion, wear-resistant, heat insulation, insulation, conductive, magnetic and other functional enhancement and surface modification and product repair services to extend the service life of the product at the same time.

More cost-effective to break the foreign monopoly

Provide surface anti-corrosion, wear-resistant, heat insulation, insulation, conductive, magnetic and other functional enhancement and surface modification and product repair services to extend the service life of the product at the same time.

Experienced Engineer

Provide surface anti-corrosion, wear-resistant, heat insulation, insulation, conductive, magnetic and other functional enhancement and surface modification and product repair services to extend the service life of the product at the same time.

A rich variety of coatings to meet the needs of various industries

Provide surface anti-corrosion, wear-resistant, heat insulation, insulation, conductive, magnetic and other functional enhancement and surface modification and product repair services to extend the service life of the product at the same time.

Choose a substrate with high stability Traceable production process quality management All production using precision imported equipment More cost-effective to break the foreign monopoly Experienced Engineer A rich variety of coatings to meet the needs of various industries

BLOGS

BLOGS

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What is spray welding and what are its significant advantages compared with

What is spray welding and what are its significant advantages compared with

2025-01-06

Spray welding is to reheat the preheated self-soluble alloy powder coating to 1000-1300℃, so that the particles are melted and the slag floats to the surface of the coating. The generated boride and silicide are dispersed in the coating, so that the particles and the substrate surface are well bonded.

View more

The difference between spray welding

The difference between spray welding

2025-01-06

The bonding formation of the spray coating and the spray welding layer with the base metal is different. When the nickel-clad aluminum is heated by the spray flame beam, an exothermic chemical reaction occurs, and a micro-metallurgical bonding bottom layer and the working layer are formed on the surface of the carbon steel that has been sandblasted and rust-removed to Sa3 level and RZ>50μm, and a mechanical bonding coating with an "anchor hook" effect is produced. The bonding between the spray welding layer and the base is purely a metallurgical bonding coating.

View more

What is spray welding and what are its significant advantages compared with

What is spray welding and what are its significant advantages compared with

2025-01-06

Spray welding is to reheat the preheated self-soluble alloy powder coating to 1000-1300℃, so that the particles are melted and the slag floats to the surface of the coating. The generated boride and silicide are dispersed in the coating, so that the particles and the substrate surface are well bonded.

View more

What are the commonly used repair types for thermal spraying?

What are the commonly used repair types for thermal spraying?

2025-01-06

Flame spraying, oxy-ethylene flame powder spraying, oxy-ethylene flame wire spraying, oxy-ethylene flame welding, high velocity flame spraying (HOVF), arc spraying, plasma spraying, atmospheric plasma spraying, low pressure plasma spraying

View more

Thermal spray technology

Thermal spray technology

2022-07-28

It refers to a technology that uses a certain heat source, such as an electric arc, plasma arc, combustion flame, etc. to heat powdered or filamentary metal and non-metallic coating materials to a molten or semi-molten state, and then uses the power of the flame flow itself or an external high-speed airflow to atomize and spray at a certain speed onto the surface of the pre-treated substrate material, and combines with the substrate material to form a surface coating with various functions. During the spraying process, the molten particles hit the substrate surface and spread into thin sheets, and instantly cool and solidify. Subsequent particles continue to hit the previously formed thin sheets and accumulate to form a coating.

View more

What is spray welding and what are its significant advantages compared with

What is spray welding and what are its significant advantages compared with

2025-01-06

Spray welding is to reheat the preheated self-soluble alloy powder coating to 1000-1300℃, so that the particles are melted and the slag floats to the surface of the coating. The generated boride and silicide are dispersed in the coating, so that the particles and the substrate surface are well bonded.

View more

The difference between spray welding

The difference between spray welding

2025-01-06

The bonding formation of the spray coating and the spray welding layer with the base metal is different. When the nickel-clad aluminum is heated by the spray flame beam, an exothermic chemical reaction occurs, and a micro-metallurgical bonding bottom layer and the working layer are formed on the surface of the carbon steel that has been sandblasted and rust-removed to Sa3 level and RZ>50μm, and a mechanical bonding coating with an "anchor hook" effect is produced. The bonding between the spray welding layer and the base is purely a metallurgical bonding coating.

View more

What is spray welding and what are its significant advantages compared with

What is spray welding and what are its significant advantages compared with

2025-01-06

Spray welding is to reheat the preheated self-soluble alloy powder coating to 1000-1300℃, so that the particles are melted and the slag floats to the surface of the coating. The generated boride and silicide are dispersed in the coating, so that the particles and the substrate surface are well bonded.

View more

What are the commonly used repair types for thermal spraying?

What are the commonly used repair types for thermal spraying?

2025-01-06

Flame spraying, oxy-ethylene flame powder spraying, oxy-ethylene flame wire spraying, oxy-ethylene flame welding, high velocity flame spraying (HOVF), arc spraying, plasma spraying, atmospheric plasma spraying, low pressure plasma spraying

View more

Thermal spray technology

Thermal spray technology

2022-07-28

It refers to a technology that uses a certain heat source, such as an electric arc, plasma arc, combustion flame, etc. to heat powdered or filamentary metal and non-metallic coating materials to a molten or semi-molten state, and then uses the power of the flame flow itself or an external high-speed airflow to atomize and spray at a certain speed onto the surface of the pre-treated substrate material, and combines with the substrate material to form a surface coating with various functions. During the spraying process, the molten particles hit the substrate surface and spread into thin sheets, and instantly cool and solidify. Subsequent particles continue to hit the previously formed thin sheets and accumulate to form a coating.

View more

What is spray welding and what are its significant advantages compared with

What is spray welding and what are its significant advantages compared with

Spray welding is to reheat the preheated self-soluble alloy powder coating to 1000-1300℃, so that the particles are melted and the slag floats to the surface of the coating. The generated boride and silicide are dispersed in the coating, so that the particles and the substrate surface are well bonded.

The difference between spray welding

The difference between spray welding

The bonding formation of the spray coating and the spray welding layer with the base metal is different. When the nickel-clad aluminum is heated by the spray flame beam, an exothermic chemical reaction occurs, and a micro-metallurgical bonding bottom layer and the working layer are formed on the surface of the carbon steel that has been sandblasted and rust-removed to Sa3 level and RZ>50μm, and a mechanical bonding coating with an "anchor hook" effect is produced. The bonding between the spray welding layer and the base is purely a metallurgical bonding coating.

What is spray welding and what are its significant advantages compared with

What is spray welding and what are its significant advantages compared with

Spray welding is to reheat the preheated self-soluble alloy powder coating to 1000-1300℃, so that the particles are melted and the slag floats to the surface of the coating. The generated boride and silicide are dispersed in the coating, so that the particles and the substrate surface are well bonded.

What are the commonly used repair types for thermal spraying?

What are the commonly used repair types for thermal spraying?

Flame spraying, oxy-ethylene flame powder spraying, oxy-ethylene flame wire spraying, oxy-ethylene flame welding, high velocity flame spraying (HOVF), arc spraying, plasma spraying, atmospheric plasma spraying, low pressure plasma spraying

Thermal spray technology

Thermal spray technology

It refers to a technology that uses a certain heat source, such as an electric arc, plasma arc, combustion flame, etc. to heat powdered or filamentary metal and non-metallic coating materials to a molten or semi-molten state, and then uses the power of the flame flow itself or an external high-speed airflow to atomize and spray at a certain speed onto the surface of the pre-treated substrate material, and combines with the substrate material to form a surface coating with various functions. During the spraying process, the molten particles hit the substrate surface and spread into thin sheets, and instantly cool and solidify. Subsequent particles continue to hit the previously formed thin sheets and accumulate to form a coating.

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