Dispensette® S Trace Analysis Bottle-Top Dispensers

The Dispensette® S Trace Analysis Bottle-Top Dispenser is engineered for precision, offering exceptional performance in dispensing high-purity media for trace analysis. This device excels in handling challenging substances, including hydrofluoric acid (HF), utilizing a platinum-iridium valve spring for dependable operation.

Constructed with high-purity materials such as PTFE, ETFE, FEP, and PFA, this dispenser guarantees minimal contamination risk. The valves are made from the purest sapphire, with customizable spring materials including platinum-iridium and tantalum based on specific application needs. A comprehensive cleaning process, outlined in the operating manual, is provided to ensure optimal performance in trace analysis.

To prevent contamination of the bottle contents, it is advisable to operate without the recirculation valve if purity is a priority.

Key Features:

• Versatile Compatibility: The 45 mm standard thread, along with included adapters, accommodates most common laboratory bottles.
• 360° Rotatable Valve Block: This feature allows for optimal positioning, ensuring that the bottle label is always visible to the user for enhanced safety.
• Adjustable Telescoping Filling Tube: Easily adapts to various bottle sizes for user convenience.
• Simple Disassembly: Facilitates straightforward replacement of the dispensing cartridge for hassle-free maintenance.

In the Box:

• Dispensette® S Trace Analysis bottle-top dispenser for GL 45 threaded bottles
• DE-M marking compliance
• Performance certificate for peace of mind
• Telescoping filling tube
• Recirculation tube (if noted)
• Mounting tool for easy installation
• Bottle adapters for GL 28-S 28 (ETFE), GL 32 (ETFE), and S 40 (PTFE)

WARNING: This product contains a chemical known to the State of California to cause birth defects or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov

Specifications:

SKU	Accuracy	Subdivisions
4640040	± 50 µL	0.2 mL
4640240	± 50 µL	0.2 mL
4640041	± 50 µL	0.2 mL
4640241	± 50 µL	0.2 mL