Tubing, PTFE, 0.066 inch (1.7 mm) ID, 0.080 inch (2 mm) OD, low pressure, 25 meter roll, ARE-Applied Research brand. 1 EA.

Additional Info:

49210-70-C ARE‑Applied Research PTFE Tubing is a thin‑walled, ultra‑high flow fluid transfer solution engineered for HPLC, UHPLC, LC‑MS, and general laboratory applications, offering a large internal diameter combined with extremely minimal wall thickness to deliver maximum flow capacity with minimal resistance, even across extended runs.

Manufactured from 100% virgin PTFE resin, this tubing contains no additives or plasticizers (except trace particles for identification), ensuring maximum purity and compatibility with sensitive analytical workflows.

Supplied on a convenient 25 meter spool, ideal for bulk lab use, custom installations, and OEM system design.

Precision Dimensions – Ultra‑Low Restriction Flow Path

  • Inner Diameter (ID): 0.066" (1.7 mm)

  • Outer Diameter (OD): 0.080" (2.0 mm)

  • Wall Thickness: 0.15 mm

  • Tolerance (ID & OD): ± 0.20 mm

✅ Large ID with ultra‑thin wall enables maximum flow rates with near-zero restriction

Thin‑Wall Construction – Maximum Flow Efficiency

  • Ultra‑thin wall minimizes resistance to fluid movement

  • Supports fast solvent transfer and high‑volume throughput

  • Ideal for long, low‑pressure flow paths and venting systems

✅ Optimized for applications where flow restriction must be minimized

Low‑Pressure Chromatography Performance

  • Designed for very low‑pressure applications, including:

    • Pre‑pump solvent delivery

    • Post‑detector waste lines

    • Bulk solvent transfer and venting

  • Pressure Rating: 150 psi (10.3 bar)

✅ Suitable only for low to very low‑pressure systems

⚠️ Handling Caution – Ultra‑Thin Wall Design

  • Extremely thin wall (0.15 mm)

  • Susceptible to:

    • Kinking

    • Flattening

    • Mechanical damage

✅ Handle carefully during:

  • Installation

  • Cutting

  • Routing

✅ Avoid sharp bends, compression, and unsupported spans

Virgin PTFE Construction – High Purity & Inertness

  • Manufactured from 100% virgin PTFE

  • No additives or plasticizers (other than trace identification particles)

  • Chemically inert and non‑reactive

✅ Minimizes contamination risk in LC‑MS and trace‑level workflows

Broad Chemical & Thermal Resistance

  • Resistant to:

    • Organic solvents

    • Acids and bases

    • Aqueous mobile phases

  • Maximum Temperature: 260 °C

✅ Suitable for aggressive chemical environments and elevated temperatures

Micro‑Porous Structure – Application Consideration

  • PTFE tubing contains micropores allowing gas exchange

  • Important when working with:

    • Degassed solvents

    • Oxygen‑sensitive systems

✅ Consider alternative tubing when gas impermeability is required

Flexible & Lightweight Design

  • Lightweight and flexible for low‑stress routing

  • Natural translucent appearance allows visual monitoring of flow

✅ Ideal for non‑pressurized and low‑pressure fluid systems

Convenient Spool Format – High Volume Efficiency

  • Supplied on a 25 meter spool

  • Ideal for:

    • Bulk usage

    • Custom cut lengths

    • OEM manufacturing

✅ Reduces handling complexity and improves workflow efficiency

Regulatory Compliance

  • Compliant with:

    • RoHS EU Directive 2011/65/EU

    • Amendment (EU) 2015/863

✅ Meets global environmental and safety standards

Available Length Options

✅ Select the appropriate length for your application:

Custom cut lengths available through Customer Service

Typical Applications

  • Gravity‑feed solvent systems

  • Vent lines and gas exchange pathways

  • Bulk solvent transfer at very low pressure

  • Extended solvent waste routing

  • General laboratory fluid handling

Important Usage Notes

  • 🚨 Very thin wall – handle carefully to avoid kinking or collapse

  • Not suitable for moderate or high‑pressure systems

  • Consider permeability when using degassed or oxygen‑sensitive solvents

  • Use proper routing support to minimize mechanical stress

 

© Copyright 2026. MICROSOLV. All Rights Reserved. Website & Hosting by BlueTone Media