New year, more solutions! DuBois Chemicals acquired International Products Corporation (IPC) in July 2021. DuBois’ European operations in the Netherlands began managing the supply of IPC products and services for Europe in February 2022.
IPC’s line of specialty chemical products, including cleaners and assembly lubricants, allows DuBois to expand their chemistry and process knowledge capabilities with new robust solutions in the European market.
P-80® Lubricants possess the unique property of being temporary rubber assembly lubricants. After assembly, the water dries, and the part is left securely in place. Due to the lubricating oils in our lubricants, a tiny amount of residue may remain on the parts. Sometimes, the question of how these residues may impact automotive fuels is brought up. So we had our industrial lubricant residues independently tested for compatibility with both gasoline and diesel fuels to give our automotive customers confidence and peace of mind when using P-80 Lubricants.
Comments Off on An Easy Guide to Understanding How Surfactants Work
What is a Surfactant?
Surfactants are a primary component of cleaning detergents. The word surfactant means surface active agent. As the name implies, surfactants stir up activity on the surface you are cleaning to help trap dirt and remove it from the surface.
Surfactants have a hydrophobic (water-hating) tail and a hydrophilic (water-loving) head. The hydrophobic tail of each surfactant surrounds soils. The hydrophilic head is surrounded by water.
How do surfactants work?
When there are a sufficient amount of surfactant molecules present in a solution they combine together to form structures called micelles. As the micelle forms, the surfactant heads position themselves so they are exposed to water, while the tails are grouped together in the center of the structure protected from water.
The micelles work as a unit to remove soils. The hydrophobic tails are attracted to soils and surround them, while the hydrophilic heads pull the surrounded soils off the surface and into the cleaning solution. Then the micelles reform with the tails suspending the soil in the center of the structure.
Types of Surfactants
The hydrophilic head of each surfactant is electrically charged. The charge can be negative, positive, or neutral. Depending on the charge of the hydrophilic head, the surfactant is classified as anionic, nonionic, cationic or amphoteric.
Anionic surfactants have a negative charge on their hydrophilic end. The negative charge helps the surfactant molecules lift and suspend soils in micelles. Because they are able to attack a broad range of soils, anionic surfactants are used frequently in soaps and detergents. Anionic surfactants create a lot of foam when mixed. While anionic surfactants are excellent for lifting and suspending particulate soils, they are not as good at emulsifying oily soils.
Sulfates, sulfonates, and gluconates are examples of anionic surfactants.
Nonionic surfactants are neutral, they do not have any charge on their hydrophilic end. Nonionic surfactants are very good at emulsifying oils and are better than anionic surfactants at removing organic soils. The two are frequently used together to create dual-action, multi-purpose cleaners that can not only lift and suspend particulate soils, but also emulsify oily soils.
Certain nonionic surfactants can be non-foaming or low-foaming. This makes them a good choice as an ingredient in low-foaming detergents.
Nonionic surfactants have a unique property called a cloud point. The cloud point is the temperature at which the nonionic surfactant begins to separate from the cleaning solution, called phase separation. When this occurs, the cleaning solution becomes cloudy. This is considered the temperature for optimal detergency. For low foaming cleaners, optimal detergency is at the cloud point; for foaming cleaners optimal detergency is either just below the cloud point or at the start of the cloud point. The agitation of low foaming cleaners is sufficient to prevent phase separation.
The temperature of the cloud point depends upon the ratio of the hydrophobic and hydrophilic portions of the nonionic surfactant. Some cloud points are at room temperature while others are very high. Some nonionic surfactants don’t have a cloud point because they have a very high ratio of hydrophilic to hydrophobic moieties.
Examples of some common nonionic surfactants include cocamide, ethoxylates, and alkoxylates.
Cationic surfactants have a positive charge on their hydrophilic end. The positive charge makes them useful in anti-static products, like fabric softeners. Cationic surfactants can also serve as antimicrobial agents, so they are often used in disinfectants.
Cationic surfactants cannot be used with anionic surfactants. If positively charged cationic surfactants are mixed with negatively charged anionic surfactants, they will fall out of solution and no longer be effective. Cationic and nonionic surfactants, however, are compatible.
Examples of some common cationic surfactants include alkyl ammonium chlorides.
Amphoteric surfactants have a dual charge on their hydrophilic end, both positive and negative. The dual charges cancel each other out creating a net charge of zero, referred to as zwitterionic. The pH of any given solution will determine how the amphoteric surfactants react. In acidic solutions, the amphoteric surfactants become positively charged and behave similarly to cationic surfactants. In alkaline solutions, they develop a negative charge, similar to anionic surfactants.
Amphoteric surfactants are often used in personal care products such as shampoos and cosmetics. Examples of some frequently used amphoteric surfactants are betaines and amino oxides.
How Surfactants are used in Cleaners
Surfactants are a key ingredient in cleaning products. One thing that differentiates cleaning products is how they are made. Cleaners made from a single chemical, targeting a specific type of soil, are referred to as commodity cleaners. Cleaners that are blends of various chemical ingredients designed to work together to remove various types of soils are referred to as formulated cleaners.
Formulated cleaners usually contain four basic elements: surfactants, hydrotropes, builders and carriers. Hydrotropes are chemicals that keep the otherwise incompatible surfactants and builders stable in a solution. The carrier is either water or a solvent. These elements work together to create mechanical actions to remove soils. The end result is a product that can attack dirt on surfaces with a variety of cleaning mechanisms including emulsifying, lifting, dispersing, sequestering, suspending and decomposing soils of various types. The type of surfactants used in a cleaning product largely determines which soils they will be best at removing.
IPC offers a full line of formulated cleaners that among the safest yet most effective solutions on the market. Request a free sample to test our products for your most challenging cleaning applications.
Comments Off on The Importance of Cleaning Before Disinfecting
Disinfecting surfaces to kill traces of microbes and disease is a critical concern right now. A common misconception is that simply disinfecting a surface is enough to sanitize it. This is not the case, cleaning and disinfecting are both important parts of a thorough sanitizing process.
Why do both?
Surfaces must be properly cleaned prior to disinfecting. Removing traces of dirt, debris, and dust primes surfaces and equipment for disinfection. Soils can harbor germs and bacteria. Disinfection becomes less effective if surface soils are present.
What happens if I disinfect without cleaning?
If a surface is disinfected before it is cleaned, the remaining soils can still contribute to the growth of harmful microbes and lead to further contamination. The residual soils may also serve as a barrier, preventing the disinfectant from reaching the surface and doing its job. Lingering soils on the surface may affect the active chemicals in a disinfectant, impacting their efficiency. If the surface is thoroughly cleaned first, and validated for cleanliness, the disinfection step becomes much more effective.
What are the steps for proper cleaning and disinfecting?
3 Things to Consider When Selecting the Right Detergent for Your Ultrasonic Cleaner
1. What are the Soils?
Understanding which soils you need to remove will guide you in choosing the right detergent. Micro-90® is an alkaline cleaner that is designed to work well on a broad spectrum of soils. It is extremely effective for removing oil, grease, wax, tar, flux, particulates, and biological debris.
Most commercial critical cleaners are effective in removing dirt, but many are also corrosive, harmful if inhaled, and environmentally hazardous. Safer cleaning detergents will be free of phosphates, solvents, silicates, phenols, and substances of very high concern.
View this video to see the effectiveness of Micro-90 in ultrasonic cleaning.
Using Micro-90 in Ultrasonic Cleaning
Micro-90 is a multipurpose, alkaline concentrate that provides superior performance in ultrasonic cleaning. The ingredients in Micro-90 penetrate tough oils and greasy films, allowing the soil to become suspended in the solution without the risk of redepositing. These properties make Micro-90 just as effective as corrosive cleaners without the health or environmental risks. Micro-90 does not contain solvents, phosphates, or heavy metals. In fact, Micro-90 removes hard metals in water that would otherwise detract from the detergency of the solution.
The ingredients in Micro-90 were chosen for easy validation in an FDA process. Reports can be provided upon request. It is also NSF registered as a USDA-A1 Cleaner. Micro-90 can be used in concentrations as low as 0.5% up to 5%, and concentration can be easily determined by conductivity. Micro-90 has a high cloud point, making it easy to see when parts are clean. When properly rinsed, Micro-90 leaves no residue.
IPC’s full line of precision cleaning products includes biodegradable, alkaline, acidic, neutral, and enzymatic products used in a broad range of industries and applications.
Key industries for both product lines include automotive, aerospace, appliance, pharmaceutical, food & beverage, medical device, pump, laboratory, manufacturing, membrane cleaning and wastewater.
Where Is IPC?
IPC’s head office and ISO: 9001 manufacturing facility are located in Burlington, NJ. All of IPC’s products are made in the USA.
In 1984, IPC opened a subsidiary in the United Kingdom to serve the European market.
Additionally, IPC has a network of foreign distributors to accommodate customers in many parts of the world.
So yes, international isn’t just a part of our name…IPC is truly an international company.
US Department Of Commerce Assists IPC For Further Global Growth
IPC is one of more than 100 American businesses traveling to India as part of the U.S. Department of Commerce’s largest annual trade mission program, Trade Winds.
This year’s Trade Winds’ focus is the Indo-Pacific region. The mission encourages U.S. based businesses to explore opportunities and develop strong business ties to India and other countries throughout the region.
Trade Winds Indo-Pacific features a three-day business forum in New Delhi, India with optional trade mission stops in Ahmedabad, Chennai, Kolkata, Mumbai, Bengaluru, Hyderabad, Bangladesh and Sri Lanka. At each mission stop, attending companies will meet directly with government leaders, market experts, and pre-vetted potential business partners.
IPC’s President, Kathy Wyrofsky, is “looking forward to connecting with prospects and customers with the support and assistance of the Trade Specialists at Tradewinds 2019”. While IPC already has a presence in the region, Kathy is excited about joining this mission to create additional longstanding relationships with partners and companies in the region.
What is Tradewinds?
Trade Winds is the largest annual US Department of Commerce led trade mission. Since 2008, Trade Winds has delivered tangible bottom-line results in demanding markets all over the world. Now in its 11th year, Trade Winds has directly supported more than $3.4 billion in U.S. exports in over 40 countries. To date, Trade Winds has helped U.S. businesses conduct over 4,000 pre-vetted business-to-business meetings and over 6,000 government-to-business meetings around the world.
Contact our product specialists to learn how IPC’s P-80 Temporary Rubber Assembly Lubricants and Specialty Cleaners can benefit your manufacturing facility. Whether you’re located right in our backyard or on another continent, IPC can help!
Comments Off on Why Micro-90® is A Lab Tech’s Best Friend
What Is One Of A Lab Tech’s Biggest Challenges?
Cleaning lab equipment, of course! Everyone knows that labware must be properly cleaned, but what’s the best way to achieve that goal? And, why is cleaning so important?
Why Clean Lab Equipment?
Regular cleaning is one of the easiest ways to keep your equipment functioning properly. Apparatus that is not thoroughly cleaned can yield inaccurate and inconsistent results. Trace ingredients from previous use must be removed to avoid cross-contamination and to ensure that all future test results are error-free.
Proper maintenance of labware and apparatus helps to ensure that your equipment is working correctly and your lab is functioning efficiently. Analyzers, centrifuges, microscopes, pipettes, beakers, slides and flasks all need to be kept clean to provide accurate readings. Failure to properly maintain lab equipment can have a direct impact on test results.
How To Set Up A Cleaning Regimen?
Since regular cleaning is one of the easiest ways to keep your equipment functioning properly, it’s important to establish a cleaning procedure and stick to it. The exterior surfaces of all equipment should be wiped down on a daily basis, after each use. A complete cleaning should be performed at least once a week.
Consider these factors when setting up your cleaning process:
Selecting the right cleaner for your lab equipment is extremely important. There are many different kinds of products available, so it’s important to consider all of the above factors when making your decision.
Micro-90…The Lab Tech’s Best Friend
Many labs rely on Micro-90 for manual and ultrasonic cleaning of glassware and equipment. Micro-90 is a mild, yet powerful, multipurpose, alkaline cleaning concentrate that is excellent for removing a vast array of soils from flasks, pipettes, slides, stainless steel, plastic, glass, and other laboratory equipment and surfaces. Micro-90 contains ionic and non-ionic ingredients which combine to produce a variety of cleaning actions. Micro-90 lifts, disperses, emulsifies, sequesters, suspends, and decomposes soils, then rinses away leaving the surface absolutely clean. When properly rinsed, Micro-90 does not leave any residue.
Why Lab Tech’s Love Micro-90:
Effective on a wide range of soils
Compatible with most hard surfaces
Manufactured in a dedicated system
Filtered to 1 Micron
Can be used for manual, CIP, and ultrasonic cleaning applications
Free rinsing, does not leave residue or product build-up
Cleaning validation methods are available
Safe, environmentally friendly formula
Economical, concentrated formula that is easy to dilute
NSF registered as USDA-A1 Cleaner
Still not convinced? Request afree sample for testing and try Micro-90 for your most challenging lab cleaning applications!
Comments Off on Best of 2018: IPC’s Top 5 Posts of the Year
As 2018 draws to a close, it’s time to take a look back at all that has happened over the past twelve months. This has been a very productive year for International Products Corporation and we look forward to continued growth during 2019.
We have embarked on a building renovation project and are expanding our warehouse to better serve our customers. Recently, we installed a new manufacturing filling line that provides for more efficient and quicker operations.
Throughout the year we exhibited at various trade shows and visited many of our customers and distributors worldwide.
Our on-site laboratory has worked on various customer driven research projects and continues to ensure the quality of our products.
It’s easy to see that you have a dirty surface that needs to be cleaned. Figuring out what type of cleaner to use can be tricky! Choosing the right product from the outset will make your cleaning task easier, quicker and more efficient. So, how do you know which detergent to use?…
The O-ring…the little part that plays a big role! “What are the parts of a car?” Most people will answer with “engine, thermostat, radiator, water pump, battery, alternator, ignition, steering wheel, tires, windows, doors, and seat belts”. Not too many people will mention O-rings…
We’ve all been there. Any of these scenarios ring a bell? A long road trip and your car won’t start. You’re hosting Thanksgiving dinner and your oven isn’t working. Or, it’s the worst heat wave of the summer and your air conditioning unit dies. Regardless of the scenario, we can all agree that malfunctioning equipment is extremely aggravating. If only there were a way to prevent these things from happening!…
How do you provide a consistent, high quality supply of water when you have a large volume ethanol distiller located in your backyard? The city of Fargo, ND came up with the perfect solution: reclaim water through the municipal wastewater treatment plant!…
A lubricant is a material that reduces the friction between two surfaces making it easier for them to move across each other. Lubricity measures the reduction of friction that results from using a lubricant. A higher percentage of lubricity indicates a greater reduction of force….
Did we miss your favorite post from 2018? Please let us know! We have more great content coming your way in 2019. Be sure to subscribe to the IPC blog to read the latest and greatest from the IPC team.
Happy New Year and Best Wishes for a wonderful 2019 from everyone at IPC!
Comments Off on Ergonomics: A Winning Formula For Improved Quality, Safety And Production
International Products Corporation (IPC) recently upgraded their manufacturing facility with the installation of a 20-liter liquid filling line that not only provides for a quicker, more efficient manufacturing process but also provides ergonomic benefits for workers. The new station was engineered, manufactured and installed by Inline Filling Systems.
The new equipment has designated product capabilities and is used to fill 20-liter (5-gallon) sized containers of the company’s lubricants and cleaners.
Features of the new equipment include:
Increased Fill Accuracy
Increased Worker Safety
Assisted lift devices
Automatic speed adjustments
Automatic case erector
Ergonomic Improvements Are A Win-Win
Ergonomics Reduces Injuries
Worker injuries are frequently the result of repetitive movements and strain caused by moving heavy objects. Lifting, pushing and pulling heavy loads can all cause undue strain leading to injury. Ergonomic lifting equipment helps to eliminate the strain caused in these instances. The assisted lift device on IPC’s new fill line bears almost the entire weight of the heavy bottles.
Ergonomics Improves Quality
If line workers are in pain, tired or frustrated, the quality of their work may suffer. By installing ergonomic lifting equipment, the strain and repetitive motion of lifting are removed and workers can more easily focus on the task at hand. In addition to providing ergonomic benefits, IPC’s new filling line provides increased automation which reduces the likelihood of human error.
Ergonomics Increases Productivity
With ergonomic improvements in place, jobs can be completed with less strain and fewer motions leading to a quicker, more efficient production process. Adding to the ergonomic benefits, IPC’s new filling equipment has the capacity to fill three to four times the number of bottles as the equipment previously used.
Ergonomic improvements in the workplace are beneficial to companies and their employees. Improvements in quality, production and employee well being all contribute to reduced costs and a safer work environment. A win-win for everyone!
Comments Off on Reclaiming Water To Maintain Future Economic Growth
How do you provide a consistent, high quality supply of water when you have a large volume ethanol distiller located in your backyard? The city of Fargo, ND came up with the perfect solution: reclaim water through the municipal wastewater treatment plant!
The wastewater treatment plant in Fargo, North Dakota has an auxiliary effluent re-use facility constructed specifically to produce reverse osmosis quality water destined for ethanol production. A local corn to ethanol distiller, Tharaldson Ethanol, requires approximately 1,000,000 gallons (3.8 million liters) of reverse osmosis water per day above the wastewater treatment plant’s normal processing volumes. Fargo’s wastewater control systems manager, Jeff Hoff, manages the effluent re-use facility to ensure this additional volume is met on a daily basis.
A key component of the effluent re-use facility is the ultra-filtration process, which uses 0.4μ polyvinylidene difluoride (PVDF) membranes with an upper pH limit of 10.0. These membranes are fouled primarily with petroleum sulfonates and bacterial secretions. Particularly in cold weather, the upstream BOD step has frequent “upsets,” where the bacteria die and secrete a water soluble foulant that adheres strongly to the PVDF polymer and significantly increases the trans-membrane pressure (TMP). These “upsets” must be resolved quickly to ensure a plentiful supply of pure water.
In order to determine the optimal cleaning regimen to resolve these upsets, Jeff systematically evaluated the performance of twenty different cleaners and hundreds of different combinations and concentrations, including commonly used commodities and many formulated membrane cleaners.
Jeff discovered that Micro-90®, a formulated cleaner from International Products Corporation (IPC), stood out because it performed better than all of the commodities and other formulated membrane cleaners, particularly on the bacterial secretions. What Jeff found most impressive is that this formulated cleaner worked effectively without the use of phosphates, silicates, and strong alkalis, at a membrane compatible pH of only 9.5, and at a 0.3 percent concentration.
Micro-90® is a mild, yet powerful, multipurpose, alkaline cleaning concentrate that is used for membrane cleaning as well as in laboratories, industrial applications, and critical cleaning processes. A unique chelating detergent, Micro-90® contains anionic and non-ionic ingredients which combine to produce a variety of cleaning actions. Micro-90® is compatible with UF, RO, Ceramic and NF Systems.
The Long-Term Success
This same formulation has been in use at Fargo’s effluent re-use facility since October 2010. Some of the original PVDF membranes are still used and continue to see significant TMP drops after cleaning. Although the bacterial upsets cannot be prevented, their fouling can be resolved in a predictable manner with the use of this formulated product.
The engineers at the facility recognize that using Micro-90® for regularly scheduled preventative maintenance and cleaning of the membranes proves to be an effective, safe, and economical method of keeping the plant running efficiently and the water flowing continually. Based on its effectiveness, safe profile, compatibility and economical cost per use, they have recommended Micro-90® to design engineers at similar effluent re-use facilities.