Hamilton 1750 Gastight Syringe 500 μL Luer-Cemented 22 G 2" Blunt_1233544
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Hamilton 1750 Gastight Syringe 500 μL Luer-Cemented 22 G 2" Blunt

$200.20

The price is inclusive of GST

Hamilton 1750 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. Luer-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
  • Luer-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 1750 Gastight Syringes?

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

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