10 mL, Longlife Gastight Syringe, PTFE Luer Lock (TLL), PN: 8300-50

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Part # 8300-50

This 1000 series syringe is a Gastight 10 mL syringe designed to manually dispense heterogeneous, volatile, and viscous samples. Commonly used with instruments, this syringe (PN: 8300-50) has a PTFE Luer Lock (TLL) termination.

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Minimum: 1, Maximum: 1000

10 mL, Longlife Gastight Syringe, PTFE Luer Lock (TLL), PN: 8300-50 Details

Hamilton's 1000 series, Longlife Gastight #1010 PTFE Luer Lock (TLL) Syringes with X-Style plunger is designed for durability and precision. Featuring a plunger tip made from Ultra High Molecular Weight Polyethylene (UHMWPE), this syringe offers superior resistance to abrasion. It is specifically developed to withstand extreme and harsh conditions, ensuring reliable performance in demanding environments. Compatible with Hamilton's PSD/ 6 Syringe Pumps. 

Longlife Polymeric Plunger Tip

  • Crafted from Ultra High Molecular Weight Polyethylene (UHMWPE) for exceptional abrasion resistance.
  • Engineered to endure extreme and harsh conditions.

X-Style Plungers

  • The plunger button features a 6-32 threaded hole, commonly used for mounting the syringe into a syringe pump.
  • Syringes with X-Style Plunger Buttons can also be used manually.
Scientific Citations

  • Gastight Syringes Ensures Integrity of Environment Sensitive Catalysts (or Samples)

    For such, we utilize highly reactive catalysts that are in many cases air and moisture-sensitive. Gastight Hamilton syringes are essential to maintaining the catalyst integrity and, therefore, ensuring reproducible and trustable results.

    Stella A. Gonsales
    Assistant Professor, University of Chemistry and Technology Prague | Department of Polymers

10 mL, Longlife Gastight Syringe, PTFE Luer Lock (TLL), PN: 8300-50 Specifications

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Volume 10 mL
Syringe Type Long-Life Gastight
Syringe Series 1000
Termination PTFE Luer Lock (TLL)
Plunger Style X-Style
Fluid Path Borosilicate glass, PTFE, UHMWPE
Autoclavable No
Gas Sterilizable Yes
Pressure 200 psig (13.8 bar)
Maximum Operating Temperature 80°C / 176°F
Minimum Operating Temperature 10°C / 50°F
Barrel Inner Diameter 0.574 inches (14.6 mm)
Barrel Outer Diameter 0.695 inches (17.7 mm)
Sales Quantity 1 syringe per pack

10 mL, Longlife Gastight Syringe, PTFE Luer Lock (TLL), PN: 8300-50 Resources

Browse app notes, user guides, specification documents, and more in our Knowledge Center.

Browse app notes, user guides, specification documents, and more in our Knowledge Center.

HAM Reference Guide Syringes Needles

Catalog

Reference Guide - Laboratory Syringes and Needles

The Syringe and Needle Reference Guide provides detailed information on Hamilton’s full portfolio of syringes and needles. Everything from cleaning to selection charts to help you choose between syringe terminations.
HAM Guide Syringe Use Care

Guide

Syringe Care and Use Guide

Hamilton’s Syringe Care and Use guide outlines the basics of daily syringe use and operation so that scientists and technicians can achieve the highest level of accuracy and precision. Important topics covered include inspection, operating temperature, trapped air, and sample carryover.
HAM Catalog Selecting Right Syringe

Guide

Hamilton Guide to Selecting the Right Syringe

Select the right type of syringe for your manual application. View our syringe size chart and learn more about Hamilton's lab syringe needles in this guide. Top-quality materials and skilled workmanship ensure that our syringes consistently deliver the highest performance for reliable analyses.

Browse app notes, user guides, specification documents, and more in our Knowledge Center.

Accuracy of Hamilton syringes 1

FAQ

What is the difference between Bubble Free Prime (BFP) Syringes and Luer Lock (TLL) Syringes?

For any syringe pump, the key to achieving the most accurate dispenses is eliminating all air from the fluid path. Traditional syringes trap approximately 50 μL of air between the tip of the syringe and the valve. For small syringes, this trapped air is the last to leave the syringe and the first to be drawn back in, making them difficult to prime. The Bubble Free Prime (BFP) syringe features a conical plunger tip which expels the air from the syringe and valve decreasing the number of priming cycles required to eliminate air bubbles from within the flow path.
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