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316 Stainless Steel6 mm Tube OD1/4 in. ISO Parallel90° ElbowPositionable

Swagelok SS-6M0-2-4PR Positionable Male Elbow, 6 mm Tube OD x 1/4 in. Male ISO Parallel Thread

Swagelok SS-6M0-2-4PR 316 Stainless Steel positionable male elbow for 6 mm tube OD and 1/4 in. male ISO parallel thread. Features a 90° angle for compact connections in critical systems.

Swagelok SS-6M0-2-4PR Positionable Male Elbow, 6 mm Tube OD x 1/4 in. Male ISO Parallel Thread

Swagelok SS-6M0-2-4PR is a high-performance 316 stainless steel positionable male elbow designed to provide a secure, leak-tight connection between 6 mm fractional tubing and 1/4 in. male ISO parallel threaded ports. This 90-degree fitting is engineered for critical fluid systems where space is limited and precise orientation is required.

Swagelok SS-6M0-2-4PR stainless steel positionable male elbow tube fitting

Technical Specifications

SpecificationDetails
Body Material316 Stainless Steel
Connection 1 Size6 mm
Connection 1 TypeSwagelok® Tube Fitting
Connection 2 Size1/4 in.
Connection 2 TypeMale ISO Parallel Thread
Bored ThroughNo
Cleaning ProcessStandard Cleaning and Packaging (SC-10)
LubricantDow Corning 111
Flow RestrictorNo

90° Elbow Design

This 90-degree male tube connector is optimized for creating compact, angled connections. It is particularly suitable for applications with tight spatial constraints in critical systems, ensuring reliable performance and ease of installation.

System Safety and Integrity

Selection and Installation

Proper product selection is the responsibility of the system designer and user. The total system design must be considered to ensure safe, trouble-free performance. Factors such as function, material compatibility, adequate ratings, proper installation, operation, and maintenance are critical.

Mixing and Interchangeability

Do not mix or interchange Swagelok products or components with those of other manufacturers. Swagelok tube fitting end connections are not governed by the same industrial design standards as other brands, and mixing components can compromise system integrity.