FOSHAN FEROSTEEL CO., LTD

FOSHAN FEROSTEEL CO., LTD

FOSHAN FEROSTEEL CO., LTD
FOSHAN FEROSTEEL CO., LTD

FOSHAN FEROSTEEL CO., LTD

FOSHAN FEROSTEEL CO., LTD
FOSHAN FEROSTEEL CO., LTD

FOSHAN FEROSTEEL CO., LTD

FOSHAN FEROSTEEL CO., LTD
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Summary of brightening treatment methods for stainless steel mirror polishing
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Summary of brightening treatment methods for stainless steel mirror polishing

  • Categories:Industry news
  • Author:Ferosteel
  • Origin:Ferosteel
  • Time of issue:2020-05-19 10:44
  • Views:

(Summary description)    When processing products, we generally adopt mechanical polishing, chemical polishing, electrochemical polishing and other methods to achieve the mirror stone gloss according to the complexity of stainless steel products and user requirements. The following describes the advantages and disadvantages of these three methods: Mechanical polishing: good leveling, bright labor intensity, serious pollution, difficult to process complex parts, gloss reduction, higher investment and cost Pieces, medium and small products, and complex pieces cannot be processed. The gloss of the whole product is not consistent, the gloss retention time is not long Chemical polishing: less investment, complex parts can be thrown away, high efficiency, fast speed, insufficient brightness, polishing liquid should be humidified, there is gas overflow, and suitable wind Equipment. For complex products, products with low brightness requirements can be more cost-effective for small batch processing Electrochemical polishing: achieve mirror gloss, long-term maintenance, stable process, less pollution, low cost, good anti-pollution. The one-time investment is large, the complicated parts need to be installed with tooling, auxiliary electrodes, mass production needs to cool down the dirt blocking products, and it is required to maintain the mirror light and bright products for a long time. The process is stable and easy to operate, Can be widely used Stainless steel coloring not only gives various colors of stainless steel products, increases the variety of products, but also improves the wear resistance and wear resistance of products. Stainless steel coloring methods are as follows: 1 ion deposition oxide or oxide. 2 High temperature oxidation method. 3 chemical oxidation method. Electrochemical oxidation method. 4 gas phase cracking method. A brief overview of the various methods is as follows: 1 Ion deposition oxide or oxide method is to place the stainless steel workpiece in a vacuum coating machine for vacuum evaporation plating: For example: titanium-plated watch case and watch band. Generally golden. This method is suitable for mass production. Because of the large investment and high cost, small batch products are not cost-effective. 2 High temperature oxidation method is to immerse the workpiece in a specific molten salt to maintain a certain process range, so that the workpiece forms a certain thickness of the oxide film, and shows a variety of different colors. 3 The chemical method is to form the color of the film through chemical oxidation in a specific solution. Generally, "the method can be used more, but to ensure that a batch of products have the same color, it must be controlled by reference telegram. 4 Electrochemical method is to form the color of the film by electrochemical oxidation in a specific solution, which is used in this business. 5 gas-phase cracking method is more complicated and less used in industry. For industrial products, mechanical polishing, chemical polishing, electrochemical polishing and other methods can be used to achieve the mirror stone gloss according to the complexity of stainless steel products and user requirements. The following describes the advantages and disadvantages of these three methods: Mechanical polishing: good leveling, bright labor intensity, serious pollution, difficult to process complex parts, gloss reduction, higher investment and cost Pieces, medium and small products, and complex pieces cannot be processed. The gloss of the whole product is not consistent, the gloss retention time is not long Chemical polishing: less investment, complex parts can be thrown away, high efficiency, fast speed, insufficient brightness, polishing liquid should be humidified, there is gas overflow, and suitable wind Equipment. For complex products, products with low brightness requirements can be more cost-effective for small batch processing Electrochemical polishing: achieve mirror gloss, long-term maintenance, stable process, less pollution, low cost, good anti-pollution. The one-time investment is large, the complicated parts need to be installed with tooling, auxiliary electrodes, mass production needs to cool down the dirt blocking products, and it is required to maintain the mirror light and bright products for a long time. The process is stable and easy to operate, Can be widely used Stainless steel coloring not only gives various colors of stainless steel products, increases the variety of products, but also improves the wear resistance and wear resistance of products. Stainless steel coloring methods are as follows: 1 ion deposition oxide or oxide. 2 High temperature oxidation method. 3 chemical oxidation method. Electrochemical oxidation method. 4 gas phase cracking method. A brief overview of the various methods is as follows: 1 Ion deposition oxide or oxide method is to place the stainless steel workpiece in a vacuum coating machine for vacuum

Summary of brightening treatment methods for stainless steel mirror polishing

(Summary description)    When processing products, we generally adopt mechanical polishing, chemical polishing, electrochemical polishing and other methods to achieve the mirror stone gloss according to the complexity of stainless steel products and user requirements.

The following describes the advantages and disadvantages of these three methods:

Mechanical polishing: good leveling, bright labor intensity, serious pollution, difficult to process complex parts, gloss reduction, higher investment and cost

Pieces, medium and small products, and complex pieces cannot be processed. The gloss of the whole product is not consistent, the gloss retention time is not long

Chemical polishing: less investment, complex parts can be thrown away, high efficiency, fast speed, insufficient brightness, polishing liquid should be humidified, there is gas overflow, and suitable wind

Equipment. For complex products, products with low brightness requirements can be more cost-effective for small batch processing

Electrochemical polishing: achieve mirror gloss, long-term maintenance, stable process, less pollution, low cost, good anti-pollution. The one-time investment is large, the complicated parts need to be installed with tooling, auxiliary electrodes, mass production needs to cool down the dirt blocking products, and it is required to maintain the mirror light and bright products for a long time. The process is stable and easy to operate,

Can be widely used

Stainless steel coloring not only gives various colors of stainless steel products, increases the variety of products, but also improves the wear resistance and wear resistance of products.

Stainless steel coloring methods are as follows:

1 ion deposition oxide or oxide.

2 High temperature oxidation method.

3 chemical oxidation method.

Electrochemical oxidation method.

4 gas phase cracking method.

A brief overview of the various methods is as follows:

1 Ion deposition oxide or oxide method is to place the stainless steel workpiece in a vacuum coating machine for vacuum evaporation plating:

For example: titanium-plated watch case and watch band. Generally golden. This method is suitable for mass production. Because of the large investment and high cost, small batch products are not cost-effective.

2 High temperature oxidation method is to immerse the workpiece in a specific molten salt to maintain a certain process range, so that the workpiece forms a certain thickness of the oxide film, and shows a variety of different colors.

3 The chemical method is to form the color of the film through chemical oxidation in a specific solution. Generally, "the method can be used more, but to ensure that a batch of products have the same color, it must be controlled by reference telegram.

4 Electrochemical method is to form the color of the film by electrochemical oxidation in a specific solution, which is used in this business.

5 gas-phase cracking method is more complicated and less used in industry.

For industrial products, mechanical polishing, chemical polishing, electrochemical polishing and other methods can be used to achieve the mirror stone gloss according to the complexity of stainless steel products and user requirements.

The following describes the advantages and disadvantages of these three methods:

Mechanical polishing: good leveling, bright labor intensity, serious pollution, difficult to process complex parts, gloss reduction, higher investment and cost

Pieces, medium and small products, and complex pieces cannot be processed. The gloss of the whole product is not consistent, the gloss retention time is not long

Chemical polishing: less investment, complex parts can be thrown away, high efficiency, fast speed, insufficient brightness, polishing liquid should be humidified, there is gas overflow, and suitable wind

Equipment. For complex products, products with low brightness requirements can be more cost-effective for small batch processing

Electrochemical polishing: achieve mirror gloss, long-term maintenance, stable process, less pollution, low cost, good anti-pollution. The one-time investment is large, the complicated parts need to be installed with tooling, auxiliary electrodes, mass production needs to cool down the dirt blocking products, and it is required to maintain the mirror light and bright products for a long time. The process is stable and easy to operate,

Can be widely used

Stainless steel coloring not only gives various colors of stainless steel products, increases the variety of products, but also improves the wear resistance and wear resistance of products.

Stainless steel coloring methods are as follows:

1 ion deposition oxide or oxide.

2 High temperature oxidation method.

3 chemical oxidation method.

Electrochemical oxidation method.

4 gas phase cracking method.

A brief overview of the various methods is as follows:

1 Ion deposition oxide or oxide method is to place the stainless steel workpiece in a vacuum coating machine for vacuum

  • Categories:Industry news
  • Author:Ferosteel
  • Origin:Ferosteel
  • Time of issue:2020-05-19 10:44
  • Views:
Information

    When processing products, we generally adopt mechanical polishing, chemical polishing, electrochemical polishing and other methods to achieve the mirror stone gloss according to the complexity of stainless steel products and user requirements.

The following describes the advantages and disadvantages of these three methods:

Mechanical polishing: good leveling, bright labor intensity, serious pollution, difficult to process complex parts, gloss reduction, higher investment and cost

Pieces, medium and small products, and complex pieces cannot be processed. The gloss of the whole product is not consistent, the gloss retention time is not long

Chemical polishing: less investment, complex parts can be thrown away, high efficiency, fast speed, insufficient brightness, polishing liquid should be humidified, there is gas overflow, and suitable wind

Equipment. For complex products, products with low brightness requirements can be more cost-effective for small batch processing

Electrochemical polishing: achieve mirror gloss, long-term maintenance, stable process, less pollution, low cost, good anti-pollution. The one-time investment is large, the complicated parts need to be installed with tooling, auxiliary electrodes, mass production needs to cool down the dirt blocking products, and it is required to maintain the mirror light and bright products for a long time. The process is stable and easy to operate,

Can be widely used

Stainless steel coloring not only gives various colors of stainless steel products, increases the variety of products, but also improves the wear resistance and wear resistance of products.

Stainless steel coloring methods are as follows:

1 ion deposition oxide or oxide.

2 High temperature oxidation method.

3 chemical oxidation method.

Electrochemical oxidation method.

4 gas phase cracking method.

A brief overview of the various methods is as follows:

1 Ion deposition oxide or oxide method is to place the stainless steel workpiece in a vacuum coating machine for vacuum evaporation plating:

For example: titanium-plated watch case and watch band. Generally golden. This method is suitable for mass production. Because of the large investment and high cost, small batch products are not cost-effective.

2 High temperature oxidation method is to immerse the workpiece in a specific molten salt to maintain a certain process range, so that the workpiece forms a certain thickness of the oxide film, and shows a variety of different colors.

3 The chemical method is to form the color of the film through chemical oxidation in a specific solution. Generally, "the method can be used more, but to ensure that a batch of products have the same color, it must be controlled by reference telegram.

4 Electrochemical method is to form the color of the film by electrochemical oxidation in a specific solution, which is used in this business.

5 gas-phase cracking method is more complicated and less used in industry.

For industrial products, mechanical polishing, chemical polishing, electrochemical polishing and other methods can be used to achieve the mirror stone gloss according to the complexity of stainless steel products and user requirements.

The following describes the advantages and disadvantages of these three methods:

Mechanical polishing: good leveling, bright labor intensity, serious pollution, difficult to process complex parts, gloss reduction, higher investment and cost

Pieces, medium and small products, and complex pieces cannot be processed. The gloss of the whole product is not consistent, the gloss retention time is not long

Chemical polishing: less investment, complex parts can be thrown away, high efficiency, fast speed, insufficient brightness, polishing liquid should be humidified, there is gas overflow, and suitable wind

Equipment. For complex products, products with low brightness requirements can be more cost-effective for small batch processing

Electrochemical polishing: achieve mirror gloss, long-term maintenance, stable process, less pollution, low cost, good anti-pollution. The one-time investment is large, the complicated parts need to be installed with tooling, auxiliary electrodes, mass production needs to cool down the dirt blocking products, and it is required to maintain the mirror light and bright products for a long time. The process is stable and easy to operate,

Can be widely used

Stainless steel coloring not only gives various colors of stainless steel products, increases the variety of products, but also improves the wear resistance and wear resistance of products.

Stainless steel coloring methods are as follows:

1 ion deposition oxide or oxide.

2 High temperature oxidation method.

3 chemical oxidation method.

Electrochemical oxidation method.

4 gas phase cracking method.

A brief overview of the various methods is as follows:

1 Ion deposition oxide or oxide method is to place the stainless steel workpiece in a vacuum coating machine for vacuum evaporation plating:

For example: titanium-plated watch case and watch band. Generally golden. This method is suitable for mass production. Because of the large investment and high cost, small batch products are not cost-effective.

2 High temperature oxidation method is to immerse the workpiece in a specific molten salt to maintain a certain process range, so that the workpiece forms a certain thickness of the oxide film, and shows a variety of different colors.

3 The chemical method is to form the color of the film through chemical oxidation in a specific solution. Generally, "the method can be used more, but to ensure that the color of a batch of products is consistent, it must be controlled by reference telegram."

4 Electrochemical method is to form the color of the film by electrochemical oxidation in a specific solution, which is used in this business.

5 gas-phase cracking method is more complicated and less used in industry.

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