BICBSBP Fully Welded Branch 90° (2 mm)
BICBSBP is a high-strength, fully welded steel branch with a 90° branch angle, designed for professional aspiration, dust extraction, and industrial ventilation systems. Manufactured from 2 mm thick steel, it provides excellent mechanical strength, high wear resistance, and a long service life, even under demanding industrial operating conditions.
The fully welded construction ensures airtight connections, structural stability, and reliable performance in industrial applications. The 90° branch angle allows perpendicular duct connections, enabling efficient airflow distribution or combination within the system. As standard, the branches are painted in RAL 7032, while other technical configurations and colors are available upon request.
ApplicationsIndustrial aspiration systems
Dust extraction systems
Woodworking facilities
Metalworking industry
Bulk material conveying systems
Industrial ventilation systems
Fully welded construction
2 mm thick steel
High mechanical strength
Excellent wear resistance
Durable and airtight welded joints
Long service life
90° branch for convenient duct connections
Standard finish in RAL 7032
Other technical configurations available upon request
| Parameter | Specification |
|---|---|
| Product type | Fully welded branch |
| Material | Steel |
| Wall thickness | 2 mm |
| Branch angle | 90° |
| Construction | Fully welded |
| Color | RAL 7032 |
| Other configurations | Upon request |
BICBSBP 90° fully welded branches are designed for heavy-duty aspiration and industrial ventilation systems where high durability, reliable airflow distribution, and long service life are essential. They are suitable for woodworking, metalworking, recycling, and other industrial applications, ensuring efficient transportation of dust, wood chips, and other abrasive materials.
The 90° branch design enables perpendicular connections between duct sections, providing flexibility in system design and installation. The fully welded 2 mm steel construction ensures excellent mechanical strength, structural stability, and reliable operation under intensive industrial working conditions.