Hamilton 1701 Gastight Syringe, 10 uL, Cemented, 26 G, 2", Blunt_1214620
Representative image only

Hamilton 1701 Gastight Syringe 10 μL Cemented 26 G 2" Blunt

$146.30

The price is inclusive of GST

Hamilton 1701 Gastight Syringes remain gas- and liquid-tight up to 200 psi. Designed for handling corrosive gases, liquids, radioactive materials, and sterile solutions, they are ideal for gas and liquid chromatography applications. Cemented Needle Syringes include an epoxy-cemented 304 stainless steel needle with a noncoring blunt tip, minimizing dead volume and ensuring precise sample delivery.

Product Features

  • Remain gas- and liquid-tight up to 200 psi
  • Handle corrosive gases and liquids, radioactive materials, and sterile solutions
  • Ideal for gas and liquid chromatography
  • Negligible sample loss at pressures up to 200 psi (depending on bore diameter)
  • Essentially inert syringes with PTFE-coated plungers (50- and 100-µL models have stainless steel plunger with removable PTFE tip)
  • Barrels and plungers interchangeable within each syringe size for field repair
  • Epoxy-cemented 304 stainless steel needle with noncoring blunt tip
  • Dead volume limited to internal volume of the needle
  • Blunt needle point ideal for HPLC injection valves and sample pipetting
  • Not autoclavable and not for use at temperatures above 122°F (50°C)

Warning: This product is not approved or intended for, and should not be used for medical, clinical, surgical, or other patient-oriented applications.

Benefits

  • Ensures accurate and precise sample delivery
  • Minimizes sample loss and dead volume
  • Durable construction suitable for corrosive and sensitive applications
  • Interchangeable parts allow quick field repairs and extended service life

Why Choose Hamilton 1701 Gastight Syringes?

These syringes provide a reliable, precise, and chemically resistant solution for chromatography and laboratory applications. The cemented stainless steel needle, PTFE-coated plunger, and gastight design ensure minimal sample loss and reproducible results under high-pressure conditions.

Over 40,000 Customers Trust John Morris