S‑LOK 45° Tube Elbow Fittings
- Manufactured in 316 stainless steel with double-ferrule compression for leak-tight, high-pressure connections
- Available in male elbow (SLBM series), fitting tube OD from 1/8″ to 1″ and various male thread types such as NPT, BSP
- Tool-free installation, requiring only hand-tightening plus ¾-turn for small sizes (1/16″–3/16″)
- Reusable up to multiple cycles without compromising seal performance
- Cross-compatible with Swagelok® and Parker® A‑LOK® for seamless inventory use
| Parameter | Specification |
|---|---|
| Brand | S‑LOK |
| Material | 316 Stainless Steel (body, nut, ferrules) |
| Tube OD | 1/8″ – 1″ (3–25 mm) |
| Thread Types | NPT, BSP, Metric |
| Seal Design | Double-ferrule compression |
| Installation | Hand-tighten + ¾-turn for 1/16″–3/16″ sizes |
| Reusability | Multiple reassemblies without seal loss |
| Compatibility | Swagelok®, Parker® A‑LOK® |
| Applications | Instrumentation, hydraulic, pneumatic, chemical, gas systems |
The S‑LOK 45° Elbow Fittings deliver a reliable 45° directional change in tubing systems using a precision double-ferrule compression mechanism. Made entirely of 316 stainless steel, these elbows are engineered for durability in demanding environments including instrumentation, petrochemical, hydraulic, and pneumatic systems.
Available in the SLBM (male elbow) series, these fittings accommodate tubing sizes from 1/8″ to 1″ OD, with a variety of male threads like NPT, BSP, and metric. Installation is simple: insert the tube, hand-tighten the nut, then apply a ¾-turn for smaller sizes to complete the seal — no special tools required.
The fittings are reusable, allowing maintenance flexibility without sacrificing leak integrity. Fully interchangeable with Swagelok® and Parker® A‑LOK®, they reduce inventory costs and simplify procurement .
As the authorized distributor of S‑LOK in Vietnam, SK Tech supplies the complete lineup of 45° elbows, offers sizing guidance, system integration support, and dedicated after-sales service for process instrumentation and fluid systems.
