Hamilton Microliter Syringe 50uL, Model 705N, Sold Each, 80500
Description
- High quality syringes for all of your precision measuring needs
Hamilton offers a wide variety of syringes for general gas and liquid handling. Choose from Microliter® or Gastight® series. All syringes are available in your choice of point styles. Point style 2 features a 10-12° sharp beveled curved non-coring tip for gas chromatography and septum piercing. Point style 3 is blunt and electro-polished for high performance liquid chromatography (HPLC) injection, thin layer chromatography (TLC), and general liquid handling.
Microliter Syringes
Microliter syringes are for liquids only. They feature a stainless steel plunger individually fitted to the glass barrel to create a liquid-tight seal with nearly frictionless movement. Use with organic samples that are not prone to precipitation, crystallization or bonding with glass.
Product Information
- Item number
- 10263
- Brand Name
- Hamilton Company
- Net weight
- 0.05
- Condition
- New
- Special Savings
- Standard Pricing
Hamilton Microliter Syringe 50uL, Model 705N, Sold Each, 80500
- Item number
- 10263
- Brand Name
- Hamilton Company
- Net weight
- 0.05
- Condition
- New
- Special Savings
- Standard Pricing
- High quality syringes for all of your precision measuring needs
Hamilton offers a wide variety of syringes for general gas and liquid handling. Choose from Microliter® or Gastight® series. All syringes are available in your choice of point styles. Point style 2 features a 10-12° sharp beveled curved non-coring tip for gas chromatography and septum piercing. Point style 3 is blunt and electro-polished for high performance liquid chromatography (HPLC) injection, thin layer chromatography (TLC), and general liquid handling.
Microliter Syringes
Microliter syringes are for liquids only. They feature a stainless steel plunger individually fitted to the glass barrel to create a liquid-tight seal with nearly frictionless movement. Use with organic samples that are not prone to precipitation, crystallization or bonding with glass.