Product Overview
An Ultrasonic Bath with a frequency of 40 kHz is a laboratory-grade equipment designed to enhance chemical reactions through ultrasonic waves. The 40 kHz frequency is ideal for promoting efficient mixing, breaking up particles, and speeding up the dissolution process during chemical synthesis. This ultrasonic bath is equipped with a heating function, ensuring precise control over the reaction conditions.
Specifications
Frequency: 40 kHz
Capacity: 1L - 30L (depending on model)
Heating Function: Yes (variable temperature settings)
Material: Stainless steel tank with corrosion-resistant coating
Power: Typically 100-500W, depending on size
Control: Digital display for temperature and time settings
Usage: Suitable for enhancing reaction rates, promoting dissolution, and increasing yield in organic synthesis processes.
Key Benefits
Enhanced Reaction Efficiency: Ultrasonic waves help break up aggregates and assist in faster dissolution and mixing of reagents.
Even Temperature Control: Integrated heating function ensures a stable temperature throughout the process, crucial for reaction consistency.
Reduced Reaction Time: Significantly decreases the synthesis time by providing ultrasonic agitation.
Improved Yield: Enhanced mixing and better reagent dissolution lead to higher product yields.
Safe and Durable: Corrosion-resistant stainless steel and user-friendly controls ensure long-term durability and safety during operation.
Applications
Chemical Synthesis: Used in various lab-scale chemical processes that require efficient mixing, dissolution, and reaction acceleration.
Nanoparticle Preparation: Ideal for synthesizing nanomaterials due to its ability to break particles down to the desired size.
Cleaning & Degassing: Also used in laboratory cleaning processes and degassing of liquids.
Price Range
Minimum Price: $188
Maximum Price: $210
Prices may vary based on size, features, and supplier conditions.
Payment & Terms
Payment Terms: 14 days from invoice date.
Sinosure Insurance request for shipment protection.