CF150 Five-Spoke (Stretch)

This product is a CF150 five-port manifold (drawn), manufactured using a thin-walled stainless steel drawing process. All five ports are equipped with CF150 standard vacuum flanges, enabling simultaneous connection and distribution of multiple vacuum lines or expansion of interface capacity in vacuum systems. As an integrated vacuum piping component, it features a compact structure and reliable sealing performance.

Key features:
1. Stretch-forming with a compact structure: Utilizes stainless steel thin-wall stretch-forming technology, delivering high overall forming accuracy, uniform wall thickness, and a small footprint—making it ideal for vacuum systems with limited installation space and enabling a high degree of system integration.
2. CF150 standard interfaces for versatile compatibility: All five interfaces are CF150-standard vacuum flanges, conforming to international standards, and can be directly connected to various CF150 valves, fittings, chambers, and other components, ensuring convenient installation without the need for additional adapters.
3. Smooth inner wall and excellent flow conductance: Manufactured using a stretching process, the internal flow channels are smooth with no dead corners, resulting in high gas flow conductance, resistance to dust accumulation, ease of cleaning, and effective outgassing under high vacuum conditions—thus ensuring stable system operation.
4. CF flange sealing for reliable vacuum: The interface employs CF flange metal sealing, paired with an oxygen-free copper gasket to achieve a hard seal, resulting in an extremely low leak rate. This design is suitable for high-vacuum environments and delivers stable sealing performance.
5. All-metal construction with excellent temperature and corrosion resistance: The entire assembly is made of 304/316L stainless steel, with no rubber or plastic components. It can be subjected to high-temperature baking for outgassing, resulting in a low outgassing rate, superior corrosion resistance, and compatibility with high-cleanliness vacuum systems.
6. Excellent rigidity and convenient installation: The tensile component features a stable structure that resists deformation, is lightweight, and is easy to install, making it suitable for a wide range of compact vacuum equipment and pipeline integration applications.

Scope of Application
1. High-vacuum system: vacuum chamber, five-way gas distribution for the vacuum piping system, and interface expansion components.
2. Precision vacuum experimental equipment: pipeline integration and pneumatic distribution components for laboratory vacuum systems and vacuum simulation equipment.
3. Industrial vacuum equipment: piping adapters and gas distribution components for vacuum smelting, vacuum coating, and vacuum testing equipment.
4. Scientific Research Vacuum Equipment: Multi-channel pneumatic integration components for vacuum experiments, space environment simulation chambers, and similar applications.
5. High-Cleanliness Vacuum Applications: Integrated vacuum piping systems with stringent requirements for cleanliness and vacuum levels.