316 Stainless Steel Double Ferrule Compression Fitting Bulkhead Connector, High Pressure Resistance Reusable Union for Hydraulic and Pneumatic Systems

Condition: 100% Brand NewItem Type: Double Ferrule Bulkhead ConnectorMaterial: 316 Stainless SteelPurpose: Suitable for occasion when water pipes, gas pipes and oil pipes need to be worn through the wall when connectingThread Specification Other TitlesExternal Thread Size Internal Thread Size Error Ф1/2 DN15 20.3mm / 0.8in 19.5mm / 0.8in 0.3mm / 0.011inPackage List：1 x Double Ferrule Bulkhead ConnectorNote:1. Please allow slight error due to manual measurement. Thanks for your understanding.2. Monitors are not calibrated same, item color displayed in photos may be showing slightly different from the real object. Please take the real one as standard.

• Double Ferrule Design: This 316 stainless steel double ferrule compression fitting bulkhead connector ensures a secure, leak-proof seal with high pressure resistance, making it ideal for demanding hydraulic and pneumatic applications where reliability is critical.
• No Welding Required: The double ferrule compression fitting bulkhead connector eliminates the need for welding, reducing fire hazards and preventing cracks—perfect for high-altitude installations or environments where open flames are prohibited.
• Wide Application Compatibility: Designed for use in industrial, automotive, and marine systems, this stainless steel bulkhead connector works seamlessly with tubing in fluid control, gas lines, and instrumentation setups requiring frequent disassembly.
• Premium 316 Stainless Steel Construction: Made from high-quality 316 stainless steel, this double ferrule bulkhead union resists , withstands harsh environments, and maintains structural integrity under extreme temperatures and chemical exposure.
• Precision Engineering and Reusability: Featuring finely ground surfaces and accurate tolerance control, this ferrule compression fitting offers smooth installation, clean internal flow paths, and can be safely removed and reused without compromising performance.