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SKU:SZR635025S

In stock

Hamilton™ 1700 Series Gastight™ Syringe: LT Termination Syringe 1725LT luer tip, gas tight borosilicate glass syringe and steel plunger

Hamilton™ 1700 Series Gastight™ Syringe: LT Termination Syringe 1725LT luer tip, gas tight borosilicate glass syringe and steel plunger

Pack size: each, please inquire for leadtime

Regular price £98.00 GBP
Regular price Sale price £98.00 GBP
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Description

Syringe series offers a variety of different terminations and needle options.

Luer Tip (LT)- The needles are removable and fit over a ground glass hub which is tapered in the shape of a male luer. The LT termination will accept most hypodermic needles but was designed specifically for use with Hamilton Kel-F needles. This termination increases the dead volume in the syringe, which may not be appropriate for some applications. Autoclavable when disassembled.
Needle Point Styles (Point styles 4 and AS are available on request)

  • Point Style 2 - Sharp, beveled, curved, non-coring needle point recommended for septum penetration. Available gauges: 34-10
  • Point Style 3 - Blunt needle point for use with HPLC injection valves and for sample pipetting. Available gauges: 34-10
  • Point Style 4 - Standard 12° beveled needle point is recommended for life science applications. Available gauges: 34-10. Special needle angles such as 0° to 60° available upon request.
  • Point Style 5 - Conical needle with side port for penetration of septa, thin-gauged vinyls and plastics without coring. Available gauges: 26-10
  • Point Style AS - Special conical style needle point used on autosampler syringes the non-coring needle point is recommended for septum penetration. Available gauges: 26-10

 

Specifications

Autoclavable
0.091 in.
2.3 mm
Ideal for dispensing both liquids and gases, useful for samples with dissolved or suspended molecules
Gastight
239°F
50°F
No Needle Included
Ea.
Luer Tip
Borosilicate Glass (Barrel), PTFE (Tip)
0.305 in.
7.75 mm
Certificate of calibration traceable to NIST
500 psig
115°C
1725
10°C
250 μL
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