Superlok SPMRTI Series 3/4 Inch Male Run Tee Fitting
Superlok SPMRTI Series 3/4 Inch Male Run Tee Fitting
SKU:SPM-386f6c
Reliable Superlok 3/4in Male Tee Fitting for secure tube connections in gas systems with ASTM compliance
Regular price
$29.99
Regular price
Sale price
$29.99
Unit price
per
Initiate Order
Superlok SPMRTI Series 3/4 Inch Male Run Tee Fitting
$29.99
Quantity: 1
Claim Your Seller Account
Superlok SPMRTI Series 3/4 Inch Male Run Tee Fitting
$29.99
Quantity: 1
Delivery via Maden
Expect your order to arrive on time.
Secure Payments
All orders are processed through a secure, PCI-compliant checkout.
The Superlok SPMRTI Series Positionable Male Run Tee Fitting is designed to seamlessly connect 3/4 inch tubes to female ISO parallel threads. Made from high-quality stainless steel tubing that is fully annealed and meets ASTM A269, A213 standards, this fitting ensures secure connections with a hardness limitation of HRB 90 or less. Ideal for gas system applications, vacuum, cryogenic, and high-temperature environments, this fitting guarantees reliable performance even in the most demanding conditions. With compatibility across industry-leading manufacturers and adherence to strict installation instructions, the Superlok SPMRTI Series is a top choice for both consumer and institutional buyers.
Product Specifications
Compatibility Compatibility
SUPERLOK® Tube fittings are designed and manufactured to be interchangeable with other Tube Fittings manufactured by other industry leading manufacturers. When required compatibility testing can be performed by an independent third party and the reports can be provided. Please consult BMT(SUPERLOK®) sales representative for compatibility.
Gas System Application Gas System Application
SUPERLOK® Tube Fittings are appropriate for Gas Systems, but the implementation of certain standards mentioned below should be adhered to just as in other systems.Tubing hardness must be less than that of the ferrules.Tubing should be free of surface imperfections, defects and round in shape.Refer to Table 2 on page 14 for selection of the appropriate wall thickness. (Only shaded areas should be selected for Gas Systems)Tubing ends must be cut squarely and perpendicular to the center-line of the tubing. After the tubing is cut it must be deburred on both the inside and outside with a High quality fully sharpened deburring tool.Follow the SUPERLOK® Installation Instructions from pages 10 to 11 in the catalog.Do not attempt to bend the tubing after a fitting has been Installed in a fixed position.Tubing Systems should be installed to allow for adequate expansion and contraction as well as ease of maintenance.
Hardness Limitation Hardness Limitation
High quality stainless steel tubing that is fully annealed; Seamless or Welded per ASTM A269, A213 or equivalent should be used with SUPERLOK® Tube fittings. The tubing must be a maximum hardness of HRB 90 or less on the Rockwell Scale, however HRB 80 is more suitable for bending and offers a greater difference in hardness to the ferrules. This difference in hardness offers more ease in assembly and better interaction between the ferrules and the tubing.
Note Note
Dimensions and Drawings are for reference only and are subject to change without prior notice.Sizes, pressure classes, and end connections not listed are available upon request.Dimensions shown with SUPERLOK® nuts finger-tight, where applicable.
Technical Specs Dimension A
24.38 mm
Technical Specs Dimension B
21.84 mm
Technical Specs Dimension C
32.0 mm
Technical Specs Dimension I
29.72 mm
Technical Specs Dimension L
39.88 mm
Technical Specs Dimension L1
45.21 mm
Technical Specs Dimension T Pf
1/2 in
Technical Specs Minimum Dimension D
11.94 mm
Technical Specs Thread Type
Male
Technical Specs Tube Outside Diameter D
3/4 in
Technical Specs Width Across Flat H
1-1/8 in
Technical Specs Width Across Flat H1
1-1/16 in
Technical Specs Width Across Flat H2
1-1/16 in
Vacuum Cryogenic And High Temperature Applications Vacuum Cryoge
SUPERLOK® Tube Fittings have been tested in vacuum, Cryogenic and High Temperatures insuring repeatable and reliable performance in the severest of applications.