Chemical manufacturing is a subsector of the manufacturing industry. In most situations, it is performed using one of two methods: continuous processing, in which raw materials are continually fed into the manufacturing vessel, as the finished chemical is removed to create room; and batch processing, in which raw materials are placed in the vessel for longer periods of time, particularly to perform quality control checks or refine the batch through cleaning methods.
Is One Process Better Than the Other?
From the standpoint of producing the desired chemicals, batch manufacturing and continuous manufacturing are equal. Depending on the desired qualities of the product and the needs of the end user, one process can be just as efficacious as the other. However, especially for the chemical manufacturer, the processes do possess some meaningful differences.
For example, continuous processing is ideal for completing large work orders, as the chemical is constantly produced until the order is filled. Imagine heat treating steel in a continuous furnace that perpetually moves workpieces through the heating chamber on a conveyor belt. In terms of function, this is similar to what continuous chemical manufacturing is like. Now, imagine sequestering the same workpieces in the chamber of a vacuum furnace until they attain the desired metallurgical qualities. This is similar to what batch chemical manufacturing is like.
In addition to being ideal for completing large orders, continuous chemical manufacturing may involve more emissions than its counterpart, batch processing. The emissions may not increase to a level where emission caps from the Environmental Protection Agency (EPA) come into play, but they can impact the health of workers who inhabit the environment where chemicals are produced. If the chemicals in question are hazardous, a special ventilation system and high-level personal protective equipment (PPE) are often used to mitigate the effects.
What Determines Which Process is Used?
Batch processing is the industry standard for efficiently producing small batches of chemicals that meet unique end user requirements. In many cases, the manufacturer produces a sample solution, forwards it to the customer, and awaits feedback regarding what must be done to perfectly customize the product for the application. Consequently, small batch chemical manufacturing is commonly associated with the production of custom chemical products.
Continuous processing, on the other hand, is the industry standard for producing large volumes of chemicals, which are typically designed to meet the needs of a broad range of end users. For example, in terms of efficiency and cost, it may make more sense to use continuous processing to create a dielectric solvent that is widely used by companies in the aerospace industry. In continuous processing, supply and demand are key considerations. The manufacturer often refers to production data from the previous year, as well as industry trends, to gauge production.
Contact Ecolink for Chemical Manufacturing
Through investments in high-tech manufacturing equipment and top talent, Ecolink has the capability to batch produce custom chemicals that meet the needs of your company or organization. We also offer widely used solvents that are applicable to a variety of industries. If you need a new chemical solution, we will suggest the best option for your needs, and deliver it with a quick turnaround time. Call us today at (800) 563-1305, or refer to our contact page.
Wetting Index – Why Does It Matter?
/in Ecolink News/by Industrial DegreasersIn the cleaning solution industry, the term “wetting” refers to a liquid’s ability to remain in contact with a solid surface after it is applied — a bond between the substances that results from intermolecular interactions; specifically, a “force balance between adhesive and cohesive forces.” To measure the “wettability” of cleaning solutions, chemists use what is known as the “wetting index”, which gauges a solution’s ability to penetrate between closely spaced parts.
Why the Wetting Index Matters
When companies need a solution that can clean a system of closely spaced components — such as those that you would find in a standard combustion engine — in a short period of time, with minimal effort required of the end user, it’s especially important to consider the wettability of a solution before using it. Because it rates the wettability of cleaning solutions, the wetting index makes it easier to choose a product whose wettability is suitable for the application in question.
In the absence of assessing the wettability of cleaning solutions, companies often engage in a process of trial and error until they find a solution that delivers the right cleaning action. In the meantime, the applications for which they use improper cleaning solutions can lead to improper maintenance of mechanical parts, and, by extension, the failure of the parts while in service.
Ultimately, using the wetting index to identify viable cleaning solutions can help companies save money on cleaning products, mitigate equipment repair costs, and maintain productivity.
Putting the Wetting Index to Use
Because the wetting index is a scientific construct that non-scientists rarely put to use, it helps to explain the efficacy of the index by providing a hypothetical example of its application. Say that an aerospace company needs a cleaning solution for quickly degreasing the engines of aerospace equipment when it is not in use. In this situation, the wetting index could be used to ascertain that a vapor degreasing solvent would work better than an aqueous degreaser.
Because the cleaning action of an aqueous solvent depends primarily on the solution’s ingredients and the force with which the product is applied, the solvent may not be suitable for cleaning tight spaces between engine parts. Conversely, the cleaning action of a solvent that is applied in vapor form depends on the product’s wettability and not the force with which you apply it, although, as with aqueous solvents, the solvent’s ingredients will play a major role, as well.
Need Help Choosing a Cleaner?
If so, information provided in the wetting index could be a key to selecting the right product on the first try. At Ecolink, we don’t expect you to possess the knowledge of an experienced chemist when it comes to assessing wettability; that is what we are here for. Simply contact us and explain your cleaning needs, and we will identify the right solution. If we don’t carry a pre-formulated product that meets your needs, we can create a custom product that does.
Call us today at (800) 563-1305, or fill out our contact form.
Drying Agents: Their Benefits for Commercial Painting Projects
/in Drying Agents/by Industrial DegreasersMost of us have heard the expression that something is as “boring as watching paint dry.” While no one seems to be officially credited with creating this popular simile, it seems to have been created at a time when commercial painting projects didn’t benefit from the application of drying agents (a.k.a. desiccants) that can significantly reduce the time it takes for paint to dry.
Today, high-quality drying agents hold several benefits for companies and private contractors that perform commercial painting projects. Whether you manage a large painting company or work as a contractor who only uses the services of a few employees, applying specially formulated desiccants to paint before applying it to surfaces can offer at least four benefits.
Quicker Turnaround Times
Increasing the rate at which paint dries can help you achieve quicker turnaround times for painting projects. Without the use of desiccants, painters must wait for paint to dry to assess whether it evenly covers painted surfaces. Consequently, even small painting projects often take two days: one day to apply paint and another day to assess results. When paint is made to dry fast enough, paint application and quality assessment can be performed on the same day.
Increase in Painting Projects
In the long run, achieving quicker turnaround times can help you take on more painting projects. If you routinely perform a quality assessment at least one day after paint is applied, it isn’t unfeasible that finishing projects and performing quality assessments on the same day would allow you to take on an additional painting project each month. If you are looking for painting technologies that help you perform more work in a given period of time, try our drying agents.
Reduced Use of Supplies
When the paint on a surface is wet, it often reflects light in a different manner than dry paint. In fact, the paint may even seem to be a different color. This phenomenon can make it hard to judge how much paint should be applied, and thus increases the likelihood of over applying it, especially if an area needs to be finished in one pass. Adding drying agents to paint helps painters quickly assess how much paint should be applied by observing how it looks when dry.
Improved Bottom Line
By helping them achieve quicker turnaround times, take on more painting projects, and potentially reduce the amount of supplies used, adding drying agents to paint can help the service provider improve its bottom line by reducing annual operating costs and increasing revenue. While it would be disingenuous to claim that desiccants can improve the provider’s bottom line outright, using the products properly can indeed have a positive financial impact.
Contact Us Today
If you are in the painting business, and you are interested in using desiccants to decrease the time it takes paint to dry, Ecolink can provide you with a readymade product or a custom product that meets your needs. Our drying agents can also be used for small residential painting jobs, but they tend to have the greatest impact on large, deadline driven commercial projects that would take much longer to complete were it not for the intermixing of desiccants with paint.
For more information about our drying agents and how they can benefit your painting business, give us a call today at (800) 563-1305, or refer to the contact page on our website.
Air-Dry Solvents: What Are They, and How Are They Used?
/in Ecolink News/by Industrial DegreasersSome classes of solvents dry at roughly the same rate, but air-dry solvents offer a multitude of different dry times, with the ideal drying period ranging from a few seconds to a few weeks, depending on the needs of the end user. The optimal dry time for air-dry solvents depends on the applications for which they are used. To show how these types of solvents benefit end users, it helps to discuss them in terms of drying time: fast drying and slow drying.
Fast Drying Air-Dry Solvents
Air-dry solvents that have a quick rate of evaporation are perfect for certain cleaning operations, particularly those that require a quick response, such as cleaning the engines of jets that must soon return to the runway, and cleaning surfaces that are commonly used in work areas. Air-dry solvents that have a fast evaporation rate are also an excellent option for cleaning sensitive electronics, as the solution quickly evaporates instead of soaking the parts in excess solvent.
Fast drying solvents also have some benefits that apply somewhat indirectly to their use. One of these benefits is that less excess solvent is collected in the waste disposal system, which can reduce waste disposal costs, and add financial flexibility to the operating budget. Another benefit is that a fast dry rate can result in better turnaround times for various types of work orders, which ultimately translates into increased productivity that bolsters the end user’s bottom line.
Slow Drying Air-Dry Solvents
Air-dry solvents that have a slow rate of evaporation are also perfect for certain cleaning operations, especially ones that require extensive solvent application to break up tough accumulations. For example, tools that have a thick accumulation of tough substances such as carbon and tar may require a slow drying solvent in order to completely remove the accumulations. Instead of continuously applying solvent that has a fast dry rate, the end user can apply one round of solvent that has a slow dry time, and let the solution do its work.
An additional benefits of slow drying solvents include: minimizing the use of solvent, which helps reduce cleaning solution costs; and less waste chemical production, which can reduce waste disposal costs. Overall, slow drying air-dry solvents are best used for comprehensive cleaning projects that don’t require a quick turnaround time. Nevertheless, they do offer an effective way to break up tough accumulations that would be practically impossible to remove by hand.
Contact Ecolink Today
If your company or organization needs an air-dry solvent, but you are unsure about how long the drying process should last, Ecolink is here to help. We offer air-dry solvents that have a variety of different drying rates and can be used for numerous types of cleaning operations.
For assistance choosing the best air-dry solvent for your needs, give us a call today at (800) 563-1305, or refer to the contact page on our website. We look forward to supplying you with the best eco friendly cleaning solvents for all of your cleaning operations!
Specialty Chemical Suppliers: Tips for Choosing the Right Supplier
/in Chemical Cleaning Dealers/by Industrial DegreasersIf you do a Google search using the term “specialty chemical suppliers”, you are likely to find hundreds of options for acquiring the chemicals you need. How do you separate specialty chemical suppliers that would meet your needs from ones that would not?
In this entry, we help answer this question by presenting four tips for choosing the right specialty chemical supplier: define your area of need, consider custom solutions, consider solvent profiles, and investigate the business history of any supplier you consider doing business with.
Define Your Area of Need
Before you choose a supplier, it is important to know your area of need. For example, do you need a solvent for degreasing operations, cleaning electrical parts, or simply cleaning up non-toxic spills in areas where customers or workers congregate. Defining your area of need will help you choose a specialty chemical supplier that specializes in providing the type of solution you need, and help to prevent you from ordering the wrong type of specialty cleaning solvent.
Consider Custom Solutions
You may not need a custom solvent right now, but it is a good idea to work with a supplier that creates custom chemicals, in case you need a custom solution in the future. When the end user has a novel application that requires custom chemicals, it should not settle for the next best solution to one that is custom made. Instead, it should have a solvent created that suits the application. Ecolink can create custom chemicals that are formulated for your solvent needs.
Consider Solvent Profiles
At a time when the green movement is in full swing, and the Environmental Protection Agency (EPA) is proactively phasing out hazardous chemicals in commercial and industrial environments, it only makes sense to buy specialty chemicals from a supplier whose products have an eco friendly formulation. Otherwise, you could end up having to phase out your solvent on relatively short notice — a situation that can significantly hinder solvent-based cleaning tasks.
Investigate Business History
Last but certainly not least, you should investigate the business history of specialty chemical suppliers from which you are considering buying chemicals. In addition to speaking with several of a supplier’s custom references, it helps to check the company’s record at the Better Business Bureau (BBB). If a company has unresolved customer complaints on its record, consider that the next unresolved complaint could be your own, and choose a different chemical supplier.
Contact Ecolink Today
At Ecolink, we know that you have many options when it comes to choosing specialty chemical suppliers. That is why we formulate our products to provide the greatest competitive advantage. In addition to having better safety profiles than many specialty chemicals, our specialty chemicals are designed to offer efficacy that is equal or greater than the effectiveness of the conventional specialty chemicals that your company or organization may be using currently.
For assistance choosing the right solvent solutions for your needs, call us today at (800) 563-1305, or refer to the contact page on our website. We look forward to assisting you!
Chemical Manufacturing: Batch Processing Vs. Continuous Processing
/in Ecolink News/by Industrial DegreasersChemical manufacturing is a subsector of the manufacturing industry. In most situations, it is performed using one of two methods: continuous processing, in which raw materials are continually fed into the manufacturing vessel, as the finished chemical is removed to create room; and batch processing, in which raw materials are placed in the vessel for longer periods of time, particularly to perform quality control checks or refine the batch through cleaning methods.
Is One Process Better Than the Other?
From the standpoint of producing the desired chemicals, batch manufacturing and continuous manufacturing are equal. Depending on the desired qualities of the product and the needs of the end user, one process can be just as efficacious as the other. However, especially for the chemical manufacturer, the processes do possess some meaningful differences.
For example, continuous processing is ideal for completing large work orders, as the chemical is constantly produced until the order is filled. Imagine heat treating steel in a continuous furnace that perpetually moves workpieces through the heating chamber on a conveyor belt. In terms of function, this is similar to what continuous chemical manufacturing is like. Now, imagine sequestering the same workpieces in the chamber of a vacuum furnace until they attain the desired metallurgical qualities. This is similar to what batch chemical manufacturing is like.
In addition to being ideal for completing large orders, continuous chemical manufacturing may involve more emissions than its counterpart, batch processing. The emissions may not increase to a level where emission caps from the Environmental Protection Agency (EPA) come into play, but they can impact the health of workers who inhabit the environment where chemicals are produced. If the chemicals in question are hazardous, a special ventilation system and high-level personal protective equipment (PPE) are often used to mitigate the effects.
What Determines Which Process is Used?
Batch processing is the industry standard for efficiently producing small batches of chemicals that meet unique end user requirements. In many cases, the manufacturer produces a sample solution, forwards it to the customer, and awaits feedback regarding what must be done to perfectly customize the product for the application. Consequently, small batch chemical manufacturing is commonly associated with the production of custom chemical products.
Continuous processing, on the other hand, is the industry standard for producing large volumes of chemicals, which are typically designed to meet the needs of a broad range of end users. For example, in terms of efficiency and cost, it may make more sense to use continuous processing to create a dielectric solvent that is widely used by companies in the aerospace industry. In continuous processing, supply and demand are key considerations. The manufacturer often refers to production data from the previous year, as well as industry trends, to gauge production.
Contact Ecolink for Chemical Manufacturing
Through investments in high-tech manufacturing equipment and top talent, Ecolink has the capability to batch produce custom chemicals that meet the needs of your company or organization. We also offer widely used solvents that are applicable to a variety of industries. If you need a new chemical solution, we will suggest the best option for your needs, and deliver it with a quick turnaround time. Call us today at (800) 563-1305, or refer to our contact page.