Vacuum Jacketed Bayonet Adapter for Cryogenic Liquid Transfer with Stainless Steel Construction

This Vacuum Jacketed Bayonet Adapter is engineered for reliable transfer of cryogenic liquids such as nitrogen, helium, oxygen, argon, hydrogen, and natural gas in biotechnology and clinical diagnostics settings. Constructed from durable 300 series stainless steel, it features a double-walled vacuum jacketed pipe design that minimizes heat transfer and preserves thermal efficiency critical for maintaining cryogenic temperatures.

• Pressure rating: Up to 150 psi or higher, suitable for high-pressure cryogenic liquid applications
• Weld integrity: All internal and external welds tested using a helium mass spectrometer at 1 × 10⁻⁹ cc/second, guaranteeing extended vacuum integrity up to 20 years
• Thermal insulation: Vacuum jacket reduces thermal ingress, essential for bioprocessing environments requiring minimal cryogen evaporation
• Modular bayonet design: Facilitates easy installation and system adaptability in complex cryogenic transfer pipelines common in molecular diagnostics and biomanufacturing workflows
• Weight: 12.52 kg (27.6 lbs) with compact shipping dimensions (97.54 cm × 21.34 cm × 21.34 cm) for streamlined integration
• Compliance: Classified under HS Code 730441 for stainless steel seamless tubes, ensuring manufacturing standards applicable for advanced laboratory and industrial cryogenic systems

Optimized for use in synthetic biology, gene editing labs, and biomedical engineering applications, this bayonet adapter supports critical infrastructure in cryogenic liquid transfer systems that sustain sensitive reagents and materials. Its precision, robustness, and thermal conservation make it an indispensable element in biotechnology research facilities requiring efficient and secure cryogen handling.