Pipe sanding unit
Sanding is essential to prepare coated pipes for additional layers. Our Sanding Unit enlarges the surface area consistently, improving adhesion for subsequent coatings.
Solution:
The Sanding Unit uses an abrasive belt to roughen and maximize the surface area of coated pipes. This creates a textured finish that enhances adhesion for additional layers. Common practice is doing this by hand, which leaves too much room for errors in today’s stringent climate for energy networks.
Key Features:
- Consistently performing abrasive belt.
- Adjustable sanding pressure for specific coating needs.
- Suitable for various pipe diameters and all lengths.
- Easy integration with existing coating lines.
- Low maintenance requirements.
Benefits:
- Improves adhesion of additional coating layers.
- Enhances coating durability and performance.
- Reduces risk of coating failures.
- Increases efficiency of the coating process.
- Better working conditions for employees.
- More efficient than manual sanding.
- Automates the process, saving time and money.
How It Works:
The unit operates by running an abrasive belt with consistent pressure across the surface of the pipe, while pipe is being transferred in a helix movement. This process enlarges the surface area, ensuring optimal roughness for better coating adhesion.
The Full Scope:
- Installation: Designed for seamless integration with existing pipe handling and coating systems.
- Operation: User-friendly controls to adjust sanding pressure and speed based on pipe material and coating requirements.
- Maintenance: Minimal maintenance with durable belts that can be easily replaced when worn.
Product Range:
Any length, width and diameters up to 20”
Filterable Properties:
At Selmers, we specialize in advanced industrial machinery and automation for coating and handling pipes and tubes. With over 50 years of experience, we have grown into a trustworthy supplier of numerous automated solutions. Collaboration is key to creating real magic. Interested in optimizing performance and reducing risks?
