ML500 Valves

The standard ML500 valves use a rotary PTFE plug design that results in the most chemically resistant fluid path possible. Only PTFE-based materials (PTFE and Kel-F) come in contact with the fluid to be dispensed. The rotary valve eliminates...

The standard ML500 valves use a rotary PTFE plug design that results in the most chemically resistant fluid path possible. Only PTFE-based materials (PTFE and Kel-F) come in contact with the fluid to be dispensed. The rotary valve eliminates...

The standard ML500 valves use a rotary PTFE plug design that results in the most chemically resistant fluid path possible. Only PTFE-based materials (PTFE and Kel-F) come in contact with the fluid to be dispensed. The rotary valve eliminates...

The standard ML500 valves use a rotary PTFE plug design that results in the most chemically resistant fluid path possible. Only PTFE-based materials (PTFE and Kel-F) come in contact with the fluid to be dispensed. The rotary valve eliminates...

THIS PRODUCT IS NOW OBSOLETE   The standard ML500 valves use a rotary PTFE plug design that results in the most chemically resistant fluid path possible. Only PTFE-based materials (PTFE and Kel-F) come in contact with the fluid to be dispensed....

The standard ML500 valves use a rotary PTFE plug design that results in the most chemically resistant fluid path possible. Only PTFE-based materials (PTFE and Kel-F) come in contact with the fluid to be dispensed. The rotary valve eliminates...

The Dual Syringe Diluter Valve is compatible with the ML503 and ML530 instruments. A slightly modified version of this valve is compatible with the ML560 instrument. The valve has an aluminum housing with a PTFE-rotary plug. Rotation of the valve...

The standard ML500 valves use a rotary PTFE plug design that results in the most chemically resistant fluid path possible. Only PTFE-based materials (PTFE and Kel-F) come in contact with the fluid to be dispensed. The rotary valve eliminates...

The standard ML500 valves use a rotary PTFE plug design that results in the most chemically resistant fluid path possible. Only PTFE-based materials (PTFE and Kel-F) come in contact with the fluid to be dispensed. The rotary valve eliminates...

The standard ML500 valves use a rotary PTFE plug design that results in the most chemically resistant fluid path possible. Only PTFE-based materials (PTFE and Kel-F) come in contact with the fluid to be dispensed. The rotary valve eliminates...