The Cole-Parmer Extender for 1" Horns screws securely into threaded end probes of the same diameter, replacing the standard replaceable tip. Designed for use with tall, narrow vessels such as Erlenmeyer flasks, this extender is fabricated from durable titanium alloy TI-6AL-4V, offering excellent corrosion resistance and strength. It is fully autoclavable, making it ideal for repeated laboratory sterilization processes and compatible with solvents or liquids with low surface tension. Measuring 5 inches in length, it extends the reach of your ultrasonic probe safely and reliably.
Product Features
- Constructed from high-grade titanium alloy TI-6AL-4V for superior durability and corrosion resistance
- 5" length extends probe reach for use with tall, narrow vessels like Erlenmeyer flasks
- Screws into threaded end probes of identical 1" diameter, replacing replaceable tips
- Autoclavable and suitable for sterilization without damage
- Recommended for solvents and liquids with low surface tension
- Lightweight yet strong, minimizing added load on the ultrasonic probe
Benefits
- Extends the functional reach of your ultrasonic probe for versatile sample containers
- Durable titanium alloy ensures longevity even under harsh chemical and sterilization conditions
- Autoclavability guarantees easy and effective sterilization for contamination-free use
- Enables effective sonication of low-surface tension liquids without compromising probe integrity
- Simple screw-in design allows quick attachment and removal
Why Choose the Cole-Parmer Extender for 1" Horns?
Specifically designed for laboratory professionals who require flexibility and durability, the Cole-Parmer Extender for 1" Horns offers a reliable and autoclavable solution to extend your ultrasonic probe’s reach. Its titanium construction ensures resistance to wear, chemicals, and sterilization processes, making it the ideal choice for precise sonication in challenging lab environments. Whether working with narrow vessels or delicate samples, this extender maintains performance and safety.
