Tubing, Stainless Steel, 0.005 inch (0.13 mm) ID, 1/16 inch (1.60 mm) OD, HPLC grade, 1 meter roll, ARE-Applied Research brand. 1 EA.
High‑pressure stainless‑steel (SS) tubing is used in chromatography systems requiring maximum pressure capability, mechanical robustness, and dimensional precision. This category includes laboratory‑grade stainless‑steel tubing manufactured specifically for HPLC, UHPLC, and other high‑pressure analytical applications, supporting reliable solvent delivery and consistent fluid handling.
Stainless‑steel tubing is commonly selected for critical fluidic paths where pressure stability, solvent durability, and long‑term performance are essential.
Material Quality & Manufacturing Standards
All stainless‑steel tubing in this category is sourced from top‑tier tubing manufacturers and produced to specifications appropriate for high‑performance chromatography.
Key characteristics include:
High‑purity stainless steel suitable for analytical use
Internal diameter manufactured and tested for concentricity
Consistent wall thickness to support sustained high‑pressure operation
Tubing suitable for demanding solvent and pressure conditions
These manufacturing controls help ensure reproducible performance across analytical and OEM environments.
Availability & Preparation Quality
High‑pressure stainless‑steel tubing is available in both pre‑cut lengths and bulk coiled (rolled) formats, allowing laboratories, service engineers, and OEM customers to select the most appropriate option for their workflow.
Pre‑cut tubing is ideal for fast installation, standardized system builds, and routine service replacement
Bulk coiled tubing is commonly used for custom routing, on‑site fabrication, and OEM or integrated system assemblies
Offering both formats supports routine analytical laboratory use as well as large‑scale or custom chromatography system designs.
Precision ECM Cutting for Pre‑Cut Tubing
All pre‑cut stainless‑steel tubing lengths are finished using electrochemical machining (ECM) cutting methods rather than mechanical cutting. ECM processing produces:
Perfectly square tube ends
Burr‑free interior and exterior edges
Consistent end geometry
Low‑dead‑volume connections
This cutting method is critical for chromatography applications, as poorly cut tubing can introduce particulates, create dead volume, or compromise sealing at fittings. By using ECM, pre‑cut tubing is supplied ready for installation, minimizing the risk of leaks, pressure instability, or flow disruption.
Why Choose Stainless‑Steel Tubing
Stainless‑steel tubing is typically chosen when:
High‑pressure tolerance is required
Solvent systems are aggressive or used continuously
Mechanical durability is prioritized over bioinert flow paths
When properly prepared and installed, stainless‑steel tubing provides stable, repeatable performance in high‑pressure chromatography systems.
Available Configurations
Internal Diameter (ID) Options
0.005 in
0.007 in
0.010 in (most popular for analytical HPLC)
0.020 in
0.030 in
0.040 in
1/16 in (≈ 1.6 mm)
2.0 mm
Outer Diameter (OD) Options
1/32 in (0.8 mm)
1/16 in (1.6 mm)
1/8 in (3.2 mm)
3/16 in (4.8 mm)
Standard Length Options
5 cm
10 cm
20 cm
30 cm
50 cm
100 cm
Bulk coiled tubing is available to support custom installations and OEM system requirements.
Color‑Coded Tubing Identification
To support system organization and fluid‑path identification, stainless‑steel tubing is available in multiple color options, including:
Black
Blue
Red
White
Yellow
Color coding assists with system mapping, troubleshooting, and maintenance, especially in complex or multi‑module chromatography setups.
Installation & Handling Considerations
Proper handling of stainless‑steel tubing is essential. Improper bending can cause kinking, which disrupts flow and reduces system efficiency.
Correct preparation and routing help prevent:
Flow restriction
Pressure spikes
Long‑term tubing failure
Dedicated preparation tools may be used to straighten tubing and maintain proper geometry when needed.
Applications & Use Cases
High‑pressure stainless‑steel tubing is commonly used for:
HPLC and UHPLC solvent delivery
Pump‑to‑injector and injector‑to‑column connections
Analytical and preparative chromatography
OEM instrument builds and fluidic subassemblies
Long‑term, high‑durability installations
Fittings & Compatibility
Stainless‑steel tubing performance depends on proper fitting selection.
👉 View HPLC connection fittings compatible with stainless‑steel tubing
Correct pairing of tubing, ferrules, and nuts ensures leak‑free, low‑dead‑volume performance.
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