Mathey Dearman Inflatable Double Purge Bag System 80-110mm 4" - PB04
The Mathey Dearman Inflatable Double Purge Bag System 80-110mm 4" - PB04 is designed for precise and efficient purging during pipeline welding. This inflatable purge bag system fits pipe diameters ranging from 80mm to 110mm (4") and ensures that the inside of the pipe remains free from oxidation during the welding process. Featuring an adjustable, inflatable design, it creates a secure seal for consistent purging. The PB04 is easy to install and offers durability, making it the perfect choice for high-quality, clean welds in critical pipeline applications.
Key Features:
- Fits pipe diameters of 80mm to 110mm (4").
- Inflatable design ensures a secure, adjustable seal for effective purging.
- Maintains an inert atmosphere to prevent oxidation during welding.
- Ideal for high-quality, clean welds in pipeline applications.
- Easy to install, improving efficiency in welding operations.
- Durable construction guarantees long-term, reliable performance.
Mathey Dearman Inflatable Double Purge Bag System 80-110mm 4" - PB04
The Mathey Dearman Inflatable Double Purge Bag System 80-110mm 4" - PB04 is designed for precise and efficient purging during pipeline welding. This inflatable purge bag system fits pipe diameters ranging from 80mm to 110mm (4") and ensures that the inside of the pipe remains free from oxidation during the welding process. Featuring an adjustable, inflatable design, it creates a secure seal for consistent purging. The PB04 is easy to install and offers durability, making it the perfect choice for high-quality, clean welds in critical pipeline applications.
Key Features:
- Fits pipe diameters of 80mm to 110mm (4").
- Inflatable design ensures a secure, adjustable seal for effective purging.
- Maintains an inert atmosphere to prevent oxidation during welding.
- Ideal for high-quality, clean welds in pipeline applications.
- Easy to install, improving efficiency in welding operations.
- Durable construction guarantees long-term, reliable performance.