Kishna Fibre-Plast & Fabrication

At Kishna Fiber Plast & Fabrication, we manufacture specialized Aluminium Anodizing Polypropylene (PP) Tanks designed to meet the rigorous demands of the anodizing process. Anodizing is an electrochemical treatment that enhances the surface properties of aluminum, providing increased corrosion resistance, wear protection, and aesthetic appeal. Our PP tanks are built to withstand the acidic solutions and electrical currents used in anodizing, ensuring efficient and long-lasting performance.

 Key Features:

1. High Chemical Resistance:
2. Customizable Design:
3. Durable, Leak-Proof Construction.

Anodizing is an electrochemical process that enhances the surface of aluminum, creating a durable and corrosion-resistant oxide layer that can also be dyed to produce various colors. The process involves several stages and typically takes place in specially designed Polypropylene (PP) tanks that are resistant to the acids and chemicals used in the procedure.

Here’s a step-by-step overview of the aluminum anodizing process:

1. Cleaning/Pre-Treatment
Before anodizing, the aluminum part must be thoroughly cleaned to remove oils, dirt, or surface contaminants that could affect the quality of the anodized layer.
These steps are typically performed in separate cleaning PP tanks before the part moves on to the anodizing bath

2. Etching
To ensure a uniform finish and remove any surface imperfections, the aluminum part may be etched in a caustic soda (sodium hydroxide) solution. This creates a matte finish and enhances the anodizing process by providing a consistent surface.

Etching Tank: Made of polypropylene to handle the highly alkaline solution.

3. Desmutting (Optional)
After etching, a desmutting step may be required to remove any oxides or residues left on the surface. This is particularly important when anodizing aluminum alloys that contain elements like copper, which form smut during the etching process. A nitric acid solution is commonly used for desmutting.

- Desmutting Tank: Also made of polypropylene to resist the nitric acid used in this process.

 4. Anodizing
This is the core stage of the process, where the aluminum part is immersed in an anodizing PP tank containing an electrolytic solution (typically sulfuric acid). The part is connected to the positive terminal of a DC power supply, making it the anode, while a cathode is connected to the negative terminal.
- Electrochemical Reaction
- Time and Current.

5. Coloring (Optional)
- Dyeing Tank: Polypropylene tanks are used for dyeing to prevent chemical reactions with the dyes and to ensure durability and stability in the process.

6. Sealing
After anodizing (and coloring if applicable), the pores in the oxide layer are sealed to prevent further reactions with the environment.

7. Rinsing and Drying
After sealing, the aluminum part is rinsed to remove any residual chemicals and dried. At this point, the anodizing process is complete, and the part is ready for use or further processing.

Applications:

- Aluminium Anodizing Process:

Our PP tanks are specifically designed for the anodizing of aluminum components, enhancing corrosion resistance, durability, and providing a decorative finish.

- Surface Treatment

Our Aluminium Anodizing PP Tanks provide a reliable, efficient, and durable solution for anodizing processes, ensuring high-quality surface treatment and long-term operational savings.

Would you like to add any specific details or customization options for this product description?

Note: Prices are customized and depends upon customer requirement.

At Kishna Fiber Plast & Fabrication, we manufacture specialized Aluminium Anodizing Polypropylene (PP) Tanks designed to meet the rigorous demands of the anodizing process. Anodizing is an electrochemical treatment that enhances the surface properties of aluminum, providing increased corrosion resistance, wear protection, and aesthetic appeal. Our PP tanks are built to withstand the acidic solutions and electrical currents used in anodizing, ensuring efficient and long-lasting performance.

 Key Features:

1. High Chemical Resistance:
2. Customizable Design:
3. Durable, Leak-Proof Construction.
4. Temperature and Electrical Resistance:
5. Low Maintenance and Easy to Clean:

Anodizing is an electrochemical process that enhances the surface of aluminum, creating a durable and corrosion-resistant oxide layer that can also be dyed to produce various colors. The process involves several stages and typically takes place in specially designed Polypropylene (PP) tanks that are resistant to the acids and chemicals used in the procedure.

Here’s a step-by-step overview of the aluminum anodizing process:

1. Cleaning/Pre-Treatment
Before anodizing, the aluminum part must be thoroughly cleaned to remove oils, dirt, or surface contaminants that could affect the quality of the anodized layer.
These steps are typically performed in separate cleaning PP tanks before the part moves on to the anodizing bath

2. Etching
To ensure a uniform finish and remove any surface imperfections, the aluminum part may be etched in a caustic soda (sodium hydroxide) solution. This creates a matte finish and enhances the anodizing process by providing a consistent surface.

3. Desmutting (Optional)
After etching, a desmutting step may be required to remove any oxides or residues left on the surface. This is particularly important when anodizing aluminum alloys that contain elements like copper, which form smut during the etching process. A nitric acid solution is commonly used for desmutting.

- Desmutting Tank: Also made of polypropylene to resist the nitric acid used in this process.

 4. Anodizing
This is the core stage of the process, where the aluminum part is immersed in an anodizing PP tank containing an electrolytic solution (typically sulfuric acid). The part is connected to the positive terminal of a DC power supply, making it the anode, while a cathode is connected to the negative terminal.
- Electrochemical Reaction
- Time and Current.

5. Coloring (Optional)
- Dyeing Tank: Polypropylene tanks are used for dyeing to prevent chemical reactions with the dyes and to ensure durability and stability in the process.

6. Sealing
After anodizing (and coloring if applicable), the pores in the oxide layer are sealed to prevent further reactions with the environment.

7. Rinsing and Drying
After sealing, the aluminum part is rinsed to remove any residual chemicals and dried. At this point, the anodizing process is complete, and the part is ready for use or further processing.

Applications:

- Aluminium Anodizing Process:

Our PP tanks are specifically designed for the anodizing of aluminum components, enhancing corrosion resistance, durability, and providing a decorative finish.

- Surface Treatment

Our Aluminium Anodizing PP Tanks provide a reliable, efficient, and durable solution for anodizing processes, ensuring high-quality surface treatment and long-term operational savings.

Would you like to add any specific details or customization options for this product description?

Note: Prices are customized and depends upon customer requirement.

At Kishna Fiber Plast & Fabrication, we manufacture specialized Aluminium Anodizing Polypropylene (PP) Tanks designed to meet the rigorous demands of the anodizing process. Anodizing is an electrochemical treatment that enhances the surface properties of aluminum, providing increased corrosion resistance, wear protection, and aesthetic appeal. Our PP tanks are built to withstand the acidic solutions and electrical currents used in anodizing, ensuring efficient and long-lasting performance.

 Key Features:

1. High Chemical Resistance:
2. Customizable Design:
3. Durable, Leak-Proof Construction.
4. Temperature and Electrical Resistance:
5. Low Maintenance and Easy to Clean:

Anodizing is an electrochemical process that enhances the surface of aluminum, creating a durable and corrosion-resistant oxide layer that can also be dyed to produce various colors. The process involves several stages and typically takes place in specially designed Polypropylene (PP) tanks that are resistant to the acids and chemicals used in the procedure.

Here’s a step-by-step overview of the aluminum anodizing process:

1. Cleaning/Pre-Treatment
Before anodizing, the aluminum part must be thoroughly cleaned to remove oils, dirt, or surface contaminants that could affect the quality of the anodized layer.
These steps are typically performed in separate cleaning PP tanks before the part moves on to the anodizing bath

2. Etching
To ensure a uniform finish and remove any surface imperfections, the aluminum part may be etched in a caustic soda (sodium hydroxide) solution. This creates a matte finish and enhances the anodizing process by providing a consistent surface.

Etching Tank: Made of polypropylene to handle the highly alkaline solution.

3. Desmutting (Optional)
After etching, a desmutting step may be required to remove any oxides or residues left on the surface. This is particularly important when anodizing aluminum alloys that contain elements like copper, which form smut during the etching process. A nitric acid solution is commonly used for desmutting.

- Desmutting Tank: Also made of polypropylene to resist the nitric acid used in this process.

 4. Anodizing
This is the core stage of the process, where the aluminum part is immersed in an anodizing PP tank containing an electrolytic solution (typically sulfuric acid). The part is connected to the positive terminal of a DC power supply, making it the anode, while a cathode is connected to the negative terminal.
- Electrochemical Reaction
- Time and Current.

5. Coloring (Optional)
- Dyeing Tank: Polypropylene tanks are used for dyeing to prevent chemical reactions with the dyes and to ensure durability and stability in the process.

6. Sealing
After anodizing (and coloring if applicable), the pores in the oxide layer are sealed to prevent further reactions with the environment.

7. Rinsing and Drying
After sealing, the aluminum part is rinsed to remove any residual chemicals and dried. At this point, the anodizing process is complete, and the part is ready for use or further processing.

Applications:

- Aluminium Anodizing Process:

Our PP tanks are specifically designed for the anodizing of aluminum components, enhancing corrosion resistance, durability, and providing a decorative finish.

- Surface Treatment

Our Aluminium Anodizing PP Tanks provide a reliable, efficient, and durable solution for anodizing processes, ensuring high-quality surface treatment and long-term operational savings.

Would you like to add any specific details or customization options for this product description?

Note: Prices are customized and depends upon customer requirement.

At Kishna Fiber Plast & Fabrication, we manufacture specialized Aluminium Anodizing Polypropylene (PP) Tanks designed to meet the rigorous demands of the anodizing process. Anodizing is an electrochemical treatment that enhances the surface properties of aluminum, providing increased corrosion resistance, wear protection, and aesthetic appeal. Our PP tanks are built to withstand the acidic solutions and electrical currents used in anodizing, ensuring efficient and long-lasting performance.

 Key Features:

1. High Chemical Resistance:
2. Customizable Design:
3. Durable, Leak-Proof Construction.

Anodizing is an electrochemical process that enhances the surface of aluminum, creating a durable and corrosion-resistant oxide layer that can also be dyed to produce various colors. The process involves several stages and typically takes place in specially designed Polypropylene (PP) tanks that are resistant to the acids and chemicals used in the procedure.

Here’s a step-by-step overview of the aluminum anodizing process:

1. Cleaning/Pre-Treatment
Before anodizing, the aluminum part must be thoroughly cleaned to remove oils, dirt, or surface contaminants that could affect the quality of the anodized layer.
These steps are typically performed in separate cleaning PP tanks before the part moves on to the anodizing bath

2. Etching
To ensure a uniform finish and remove any surface imperfections, the aluminum part may be etched in a caustic soda (sodium hydroxide) solution. This creates a matte finish and enhances the anodizing process by providing a consistent surface.

Etching Tank: Made of polypropylene to handle the highly alkaline solution.

3. Desmutting (Optional)
After etching, a desmutting step may be required to remove any oxides or residues left on the surface. This is particularly important when anodizing aluminum alloys that contain elements like copper, which form smut during the etching process. A nitric acid solution is commonly used for desmutting.

- Desmutting Tank: Also made of polypropylene to resist the nitric acid used in this process.

 4. Anodizing
This is the core stage of the process, where the aluminum part is immersed in an anodizing PP tank containing an electrolytic solution (typically sulfuric acid). The part is connected to the positive terminal of a DC power supply, making it the anode, while a cathode is connected to the negative terminal.
- Electrochemical Reaction
- Time and Current.

5. Coloring (Optional)
- Dyeing Tank: Polypropylene tanks are used for dyeing to prevent chemical reactions with the dyes and to ensure durability and stability in the process.

6. Sealing
After anodizing (and coloring if applicable), the pores in the oxide layer are sealed to prevent further reactions with the environment.

7. Rinsing and Drying
After sealing, the aluminum part is rinsed to remove any residual chemicals and dried. At this point, the anodizing process is complete, and the part is ready for use or further processing.

Applications:

- Aluminium Anodizing Process:

Our PP tanks are specifically designed for the anodizing of aluminum components, enhancing corrosion resistance, durability, and providing a decorative finish.

- Surface Treatment

Our Aluminium Anodizing PP Tanks provide a reliable, efficient, and durable solution for anodizing processes, ensuring high-quality surface treatment and long-term operational savings.

Would you like to add any specific details or customization options for this product description?
Note: Prices are customized and depends upon customer requirement.

The PP Tank for Galvanizing Plant from Kishna Fiber Plast & Fabrication is specifically designed to withstand the rigorous demands of the galvanizing process. Built from high-quality polypropylene (PP), these tanks offer exceptional chemical resistance, durability, and longevity, making them an ideal choice for handling the harsh chemicals involved in galvanizing operations such as pickling, fluxing, and rinsing.

The galvanizing process is a method of coating steel or iron with a protective layer of zinc to prevent rusting and corrosion. The most common form of galvanizing is hot-dip galvanizing, though there are other methods like electro-galvanizing. Below is a step-by-step breakdown of the hot-dip galvanizing process, which is widely used in industrial applications:

1. Surface Preparation

Degreasing/Cleaning: The steel is first immersed in a degreasing or alkaline solution to remove organic contaminants like oil or grease. After cleaning, the steel is rinsed with water.

Pickling: The cleaned steel is dipped into an acidic solution (usually hydrochloric or sulfuric acid) to remove oxides, scale, or rust. The pickling tank (often a PP tank) is essential to this step, as it safely contains the corrosive acids used in this process.

Fluxing: To prevent oxidation of the steel before it’s dipped into molten zinc, it’s passed through a flux solution, usually made of zinc ammonium chloride. This ensures a strong bond between the steel and zinc coating.

2. Galvanizing (Zinc Bath)

Hot-Dip Process: The prepared steel is immersed in a bath of molten zinc, heated to around 450°C (840°F). During this step, the zinc reacts with the steel to form several layers of zinc-iron alloy that provide both adhesion and protection. The steel is kept in the zinc bath for a few minutes, ensuring a uniform coating.

Formation of Layers: As the steel is withdrawn from the zinc bath, the outermost layer of pure zinc solidifies and protects the underlying zinc-iron layers. These inner alloy layers form a metallurgical bond with the steel, making the coating durable and resistant to mechanical damage.

3. Cooling & Inspection4. Post-Galvanizing Treatments (Optional)

· Passivation or Chromating

· Painting or Powder Coating

Key Advantages of Galvanizing:

· Corrosion Resistance: 

· Durability: 

· Cost-Effective: 

· Sustainability: 

Applications of Galvanizing:

· Construction (beams, roofs, bridges)

· Automotive industry (parts and frames)

· Agricultural equipment

· Power transmission and distribution

· Marine and outdoor structures

With its excellent durability, chemical resistance, and adaptability, the PP Tank for Galvanizing Plant by Kishna Fiber Plast & Fabrication ensures efficient and reliable performance in harsh industrial environments.

Would you like to add any specific details or customization options for this product description?

Note: Prices are customized and depends upon customer requirement.