How Can I Use Flammable Solvents in an Ultrasonic Cleaner?
Examples of a widely used flammable solvents are IPA (Isopropyl alcohol), Acetone, and IMS (Industrial Methylated Spirits). Any time flammable solvents are used for cleaning purposes there is risk of fire or explosion due to ignition of volatile vapors by a flash source. Ignition can occur from any source due to spills or as flammable solvent vapors spread. This guide will explain how you can safely use flammable solvents in an ultrasonic cleaner.
You may not have to use a flammable solvent as your cleaning solution. Watch the video below for details on selection a cleaning solution for your ultrasonic cleaner.
Cleaning with flammable solvents requires extreme caution in any case but ultrasonic cleaning with … Read the rest
Cleaning with flammable solvents requires extreme caution in any case but ultrasonic cleaning with flammable solvents requires specially designed equipment and procedures. That’s because of the real danger of a fire or explosion if spilled solvent or vapors are ignited by sparks from internal electronics or external sources. This post describes equipment to use and precautions to observe for ultrasonic cleaning with low flash point flammable solvents.
But first, some explanations and relevant regulations.
What is a Flash Point?
Flammable solvents have different flashpoints. In brief, the lower the flashpoint the more flammable they are. This is important when cleaning with flammable solvents.
Fortunately there is help.
The American Chemical Society publishes a table of common organic solvents that includes flash points. Examples of low flash point volatile solvents are 1-propanol at 59⁰F (15⁰C), acetone at -4⁰F (-20⁰C) and toluene at 39⁰F (4⁰C).
Cleaning with Flammable Solvent Regulations
As a … Read the rest
The ultrasonic cleaner solution you select plays a major role in successful ultrasonic cleaning operations. Ultrasonic cleaner solutions are available in a wide variety of formulations – each designed for specific cleaning tasks. These solutions are also referred to as cleaning chemistries and in some cases “soaps.” We’ll stick with ultrasonic cleaner solution in this post and provide you with tips on how to make the right selection.
How an Ultrasonic Cleaner Solution Works
Regardless of the chemistry, an ultrasonic cleaner solution works by a process called cavitation. This is defined as the implosion of millions of microscopic vacuum bubbles in an ultrasonic cleaner’s tank filled with the solution. Bubbles are created by generator-powered transducers vibrating at ultrasonic frequencies such as 37,000 cycles per second (37 kHz).
When bubbles contact products to be cleaned they implode violently (but safely) against all wetted surfaces to blast loose and carry away contaminants.
Further details … Read the rest
An earlier Tovatech post on selecting an ultrasonic cleaner noted that the ultrasonic cleaner market is “expected to grow from USD 1.6 billion in 2019 to USD 2.2 billion by 2024, at a CAGR of 6.5%.” Much of this growth is due to the many ultrasonic cleaner uses that have evolved over the years.
In this post we provide you with an overview of selected ultrasonic cleaner uses starting with a brief discussion of the ultrasonic cleaner process and why it works so well.
A Brief on the Ultrasonic Cleaner Process
Ultrasonic cleaners use the power of cavitation – the violent implosion of billions of microscopic bubbles – to remove contaminants from any surface that can be safely immersed in biodegradable cleaning solutions formulated for specific cleaning tasks.
Ultrasonic cavitation is created in an ultrasonic cleaner tank by generator-powered ultrasonic transducers bonded to the tank bottom.
Vibrating at ultrasonic … Read the rest
In its “Guideline for Disinfection and Sterilization in Healthcare Facilities” the CDC notes “Ultrasonic cleaning removes soil by cavitation and implosion in which waves of acoustic energy are propagated in aqueous solutions to disrupt the bonds that hold particulate matter to surfaces.”
Sub-par performance of a medical ultrasonic cleaner could lead to trouble. That’s because a number of factors can compromise the efficiency of these cleaners, leaving contaminants that might not be revealed by visual examination. This is especially relevant when medical instruments and labware have complex, difficult-to clean configurations. OK-Sonic™ medical ultrasonic cleaner performance validation strips provide added assurance that your ultrasonic cleaner is doing its job. … Read the rest
An ultrasonic cleaner machine is often first choice for cleaning or processing operations across a broad spectrum of industry. This is borne out by a comprehensive marketsandmarkets report predicting that the market is “expected to grow from USD 1.6 billion in 2019 to USD 2.2 billion by 2024, at a CAGR of 6.5% during the forecast period.”
Why is this?
Ultrasonic cleaner machines are unsurpassed when it comes to removing contaminants from virtually any hard surface that can be safely immersed in a cleaning solution.
They are also widely used in the pharmaceutical and other processing industries as sonicator baths because of their ability to disperse, mix and dissolve samples.
The challenge is specifying your ultrasonic cleaner; its accessories, cleaning solution formulations, and cleaning procedures to accomplish tasks in the most efficient manner.
Which is the purpose of this post. But before digging into the 10 things you should know, … Read the rest
Fuel injection systems have replaced the carburetor but a Gili’s Automotive post states “While carburetors may not have a life in new vehicles today, chances are good that they’ll still be used for many years to come.” That’s because “Carburetors, unlike fuel injection systems, are relatively straightforward when it comes to repairing them. Fuel injection requires sophisticated computers, but carburetors require only a screwdriver and a willingness to get one’s hands dirty.” Keeping carburetors clean is easy with an ultrasonic cleaner.
Challenges relating to cleaning new or refurbished parts, many of which require subsequent processing such as painting and plating, are increasing due to environmental regulations. This post shows you why an ultrasonic parts cleaner using eco-friendly biodegradable parts cleaning solutions is a favored alternate to washing and spraying with harsh solvents along with their associated disposal concerns.
Why Choose an Ultrasonic Parts Cleaner?
Let’s start with why you should consider an ultrasonic parts cleaner.
Cleaning is faster, safer and easier when using an ultrasonic parts cleaner. Machining oils, grease, residues left from molding or handling, soot and other contamination are difficult and can be dangerous to remove by soaking in harsh and sometimes flammable solvents, manually scrubbing or power washing in solvent parts washers.
Moreover these methods do not reach difficult-to-access surfaces such as cracks, crevices, small diameter and blind holes where contaminants remain and can cause future problems.… Read the rest
Liposomal encapsulated vitamin C offers a high absorption efficiency vs. taking vitamin C pills and is much more convenient than intravenous administration. Due to the Coronavirus pandemic there has been an increase in demand for vitamin C as a means of protection or treatment while a recent report states that demand for liposomal vitamin C has outpaced that for hand sanitizers*. Because liposomal vitamin C has a short shelf life, this post tells you how to make it yourself using an ultrasonic bath and a beaker kit.
Why Ultrasonic Energy Delivers Superior Liposomal Vitamin C
While it uses a benchtop ultrasonic cleaner, the process employs the power of what is called ultrasonic cavitation to encapsulate ascorbic acid within liposomes. Encapsulation improves the bioavailability of the vitamin C in your body.
Ultrasonic processing is also preferred as a means of reducing … Read the rest
The American Dental Association releases guideline updates on how dental technicians can protect themselves during the current Corona Virus pandemic. The ADA on March 16 encouraged dental practitioners to postpone elective procedures for the next three weeks. It also refers dentists to conform to CDC guidelines for sterilizing and disinfecting patient care items and devices.
These guidelines refer to reusable dental instruments, and among other techniques recommend the use of ultrasonic cleaners as a pre-sterilization or disinfecting procedure to render them safely for reuse.
Ultrasonic Cleaners In CDC Recommendations for Covid-19 Infection Control
The CDC’s 2008 Infection and Sterilization Guideline notes that “The most common types of mechanical or automatic cleaners are ultrasonic cleaners…” and that “Ultrasonic cleaning removes soil by cavitation and implosion in which waves of acoustic energy are propagated in aqueous solutions to disrupt the bonds that hold particulate matter to surfaces.”
Note that ultrasonic cleaning … Read the rest