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Product PartDescription:
25 μL Fixed Needle Syringe for HPLC Manual Injectors Syringe Volume PTFE Tipped Plunger Needle Length (mm) Needle Gauge Needle OD Needle ID (mm) Needle Tipe Syringe Part Number 10 μL No 51 22 0.028" 0.17 LC 670-12554-01 25 μL No 51 22 0.028" 0.37 LC 670-12554-02 50 μL No 51 22 0.028" 0.37 LC 670-12554-03 100 μL No 51 22 0.028" 0.37 LC 670-12554-04 250 μL No 51 22 0.028" 0.37 LC 670-12554-05 500 μL No 51 22 0.028" 0.37 LC 670-12554-06
IN STOCK25 μL Fixed Needle Syringe for HPLC Manual Injectors Syringe Volume PTFE Tipped Plunger Needle Length (mm) Needle Gauge Needle OD Needle ID (mm) Needle Tipe Syringe Part Number 10 μL No 51 22 0.028" 0.17 LC 670-12554-01 25 μL No 51 22 0.028" 0.37 LC 670-12554-02 50 μL No 51 22 0.028" 0.37 LC 670-12554-03 100 μL No 51 22 0.028" 0.37 LC 670-12554-04 250 μL No 51 22 0.028" 0.37 LC 670-12554-05 500 μL No 51 22 0.028" 0.37 LC 670-12554-06
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Product Part
Description:
50 μL Fixed Needle Syringe for HPLC Manual Injectors Syringe Volume PTFE Tipped Plunger Needle Length (mm) Needle Gauge Needle OD Needle ID (mm) Needle Tipe Syringe Part Number 10 μL No 51 22 0.028" 0.17 LC 670-12554-01 25 μL No 51 22 0.028" 0.37 LC 670-12554-02 50 μL No 51 22 0.028" 0.37 LC 670-12554-03 100 μL No 51 22 0.028" 0.37 LC 670-12554-04 250 μL No 51 22 0.028" 0.37 LC 670-12554-05 500 μL No 51 22 0.028" 0.37 LC 670-12554-06
LOW STOCK50 μL Fixed Needle Syringe for HPLC Manual Injectors Syringe Volume PTFE Tipped Plunger Needle Length (mm) Needle Gauge Needle OD Needle ID (mm) Needle Tipe Syringe Part Number 10 μL No 51 22 0.028" 0.17 LC 670-12554-01 25 μL No 51 22 0.028" 0.37 LC 670-12554-02 50 μL No 51 22 0.028" 0.37 LC 670-12554-03 100 μL No 51 22 0.028" 0.37 LC 670-12554-04 250 μL No 51 22 0.028" 0.37 LC 670-12554-05 500 μL No 51 22 0.028" 0.37 LC 670-12554-06
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Product PartDescription:
100 μL Fixed Needle Syringe for HPLC Manual Injectors Syringe Volume PTFE Tipped Plunger Needle Length (mm) Needle Gauge Needle OD Needle ID (mm) Needle Tipe Syringe Part Number 10 μL No 51 22 0.028" 0.17 LC 670-12554-01 25 μL No 51 22 0.028" 0.37 LC 670-12554-02 50 μL No 51 22 0.028" 0.37 LC 670-12554-03 100 μL No 51 22 0.028" 0.37 LC 670-12554-04 250 μL No 51 22 0.028" 0.37 LC 670-12554-05 500 μL No 51 22 0.028" 0.37 LC 670-12554-06
IN STOCK100 μL Fixed Needle Syringe for HPLC Manual Injectors Syringe Volume PTFE Tipped Plunger Needle Length (mm) Needle Gauge Needle OD Needle ID (mm) Needle Tipe Syringe Part Number 10 μL No 51 22 0.028" 0.17 LC 670-12554-01 25 μL No 51 22 0.028" 0.37 LC 670-12554-02 50 μL No 51 22 0.028" 0.37 LC 670-12554-03 100 μL No 51 22 0.028" 0.37 LC 670-12554-04 250 μL No 51 22 0.028" 0.37 LC 670-12554-05 500 μL No 51 22 0.028" 0.37 LC 670-12554-06
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Product PartDescription:
250 μL Fixed Needle Syringe for HPLC Manual Injectors Syringe Volume PTFE Tipped Plunger Needle Length (mm) Needle Gauge Needle OD Needle ID (mm) Needle Tipe Syringe Part Number 10 μL No 51 22 0.028" 0.17 LC 670-12554-01 25 μL No 51 22 0.028" 0.37 LC 670-12554-02 50 μL No 51 22 0.028" 0.37 LC 670-12554-03 100 μL No 51 22 0.028" 0.37 LC 670-12554-04 250 μL No 51 22 0.028" 0.37 LC 670-12554-05 500 μL No 51 22 0.028" 0.37 LC 670-12554-06
LOW STOCK250 μL Fixed Needle Syringe for HPLC Manual Injectors Syringe Volume PTFE Tipped Plunger Needle Length (mm) Needle Gauge Needle OD Needle ID (mm) Needle Tipe Syringe Part Number 10 μL No 51 22 0.028" 0.17 LC 670-12554-01 25 μL No 51 22 0.028" 0.37 LC 670-12554-02 50 μL No 51 22 0.028" 0.37 LC 670-12554-03 100 μL No 51 22 0.028" 0.37 LC 670-12554-04 250 μL No 51 22 0.028" 0.37 LC 670-12554-05 500 μL No 51 22 0.028" 0.37 LC 670-12554-06
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Product Part
Description:
500 μL Fixed Needle Syringe for HPLC Manual Injectors Syringe Volume PTFE Tipped Plunger Needle Length (mm) Needle Gauge Needle OD Needle ID (mm) Needle Tipe Syringe Part Number 10 μL No 51 22 0.028" 0.17 LC 670-12554-01 25 μL No 51 22 0.028" 0.37 LC 670-12554-02 50 μL No 51 22 0.028" 0.37 LC 670-12554-03 100 μL No 51 22 0.028" 0.37 LC 670-12554-04 250 μL No 51 22 0.028" 0.37 LC 670-12554-05 500 μL No 51 22 0.028" 0.37 LC 670-12554-06
LOW STOCK500 μL Fixed Needle Syringe for HPLC Manual Injectors Syringe Volume PTFE Tipped Plunger Needle Length (mm) Needle Gauge Needle OD Needle ID (mm) Needle Tipe Syringe Part Number 10 μL No 51 22 0.028" 0.17 LC 670-12554-01 25 μL No 51 22 0.028" 0.37 LC 670-12554-02 50 μL No 51 22 0.028" 0.37 LC 670-12554-03 100 μL No 51 22 0.028" 0.37 LC 670-12554-04 250 μL No 51 22 0.028" 0.37 LC 670-12554-05 500 μL No 51 22 0.028" 0.37 LC 670-12554-06
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Product PartDescription:
The dandyVice tool is ideal for routine sample filtration accommodating syringe sizes of 1 ml – 20 ml and associated filter discs The concept of the dandyVice is to reduce pain in the hand and thumb with dealing with samples having high concentrations of solids, viscosity or high molecular weight.
OUT OF STOCKThe dandyVice tool is ideal for routine sample filtration accommodating syringe sizes of 1 ml – 20 ml and associated filter discs The concept of the dandyVice is to reduce pain in the hand and thumb with dealing with samples having high concentrations of solids, viscosity or high molecular weight.
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Product PartDescription:
1. Inertness The stainless steel surface of the column is completely deactivated using a seven-layer process referred to as Ultra ALLOY®. The final layer is populated by silanol groups and is very similar to that of fused silica. It is designed to be used for a wide range of polysiloxane stationary phases. 2. High temperature stability Ultra ALLOY® columns are available with a number of stationary phases including polydimethylsiloxane and polyphenyl-methylsiloxane. The Frontier stationary phase polymers bonded to the Ultra ALLOY® surface resist oxidation at elevated temperatures and can be rinsed with a number of common organic solvents. 3. Durability Ultra ALLOY® columns are constructed of high quality stainless steel. They are mechanically durable and compatible with both metal and graphite vespel ferrules. Using a metal column with a metal ferrule virtually eliminates leaks, even when the column is cycled over an extended temperature range. For more information on this topic, please contact us.
LOW STOCK1. Inertness The stainless steel surface of the column is completely deactivated using a seven-layer process referred to as Ultra ALLOY®. The final layer is populated by silanol groups and is very similar to that of fused silica. It is designed to be used for a wide range of polysiloxane stationary phases. 2. High temperature stability Ultra ALLOY® columns are available with a number of stationary phases including polydimethylsiloxane and polyphenyl-methylsiloxane. The Frontier stationary phase polymers bonded to the Ultra ALLOY® surface resist oxidation at elevated temperatures and can be rinsed with a number of common organic solvents. 3. Durability Ultra ALLOY® columns are constructed of high quality stainless steel. They are mechanically durable and compatible with both metal and graphite vespel ferrules. Using a metal column with a metal ferrule virtually eliminates leaks, even when the column is cycled over an extended temperature range. For more information on this topic, please contact us.
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Product PartDescription:
1. Inertness The stainless steel surface of the column is completely deactivated using a seven-layer process referred to as Ultra ALLOY®. The final layer is populated by silanol groups and is very similar to that of fused silica. It is designed to be used for a wide range of polysiloxane stationary phases. 2. High temperature stability Ultra ALLOY® columns are available with a number of stationary phases including polydimethylsiloxane and polyphenyl-methylsiloxane. The Frontier stationary phase polymers bonded to the Ultra ALLOY® surface resist oxidation at elevated temperatures and can be rinsed with a number of common organic solvents. 3. Durability Ultra ALLOY® columns are constructed of high quality stainless steel. They are mechanically durable and compatible with both metal and graphite vespel ferrules. Using a metal column with a metal ferrule virtually eliminates leaks, even when the column is cycled over an extended temperature range. For more information on this topic, please contact us.
IN STOCK1. Inertness The stainless steel surface of the column is completely deactivated using a seven-layer process referred to as Ultra ALLOY®. The final layer is populated by silanol groups and is very similar to that of fused silica. It is designed to be used for a wide range of polysiloxane stationary phases. 2. High temperature stability Ultra ALLOY® columns are available with a number of stationary phases including polydimethylsiloxane and polyphenyl-methylsiloxane. The Frontier stationary phase polymers bonded to the Ultra ALLOY® surface resist oxidation at elevated temperatures and can be rinsed with a number of common organic solvents. 3. Durability Ultra ALLOY® columns are constructed of high quality stainless steel. They are mechanically durable and compatible with both metal and graphite vespel ferrules. Using a metal column with a metal ferrule virtually eliminates leaks, even when the column is cycled over an extended temperature range. For more information on this topic, please contact us.
