Gellner Industrial, LLC. Latest News
Top 10 Vinyl Applications We’re Sure You’ve Heard About
Everywhere you look, you see vinyl. A bus whizzes by you on the street, you walk into a fast food restaurant or walk into a suite in a corporate office building, it is all around you.Wiring and CablesLook around the room and you are bound to see lots of cables. A lot of cables are coated in vinyl because they are able to withstand tough conditions such as moisture and temperature. PVC is an excellent insulator on electrical wires. Manufacturers love it because it is affordable and very heat resistant. It is also chemical and oil resistant, impact resistant, elastic, […]
Everything You Need To Know About Acrylic Paint
Acrylic paint is our bread and butter here at Gellner Industrial. We create a variety of acrylic polymers for paints, including 25-50E, which converts into low cost solution polymer for pigment grinding and high gloss flexo and gravure inks, C5-58, which is used as a binder for house paints and binder for pigment dispersion, M-49, which is used for metallic ink or paint vehicle and has exceptional stability and brilliance with metallic pigments, and S-50, an emulsion polymer with good adhesion to nonporous surfaces. All of these acrylic polymers for paints, as well as acrylic polymers for paints are painstakingly […]
Advantages To Using Water Based Acrylic Polymers
There are many benefits to using high-performance resins and chemicals developed with water-based acrylic industrial polymers. Some primary benefits include that they are easy to work with, good for the environment and showcase a large variety of industrial applications including industrial coatings, printing inks, and high-gloss varnishes.Other Types of Acrylic PolymersHowever, you may wonder what the alternative to water-based acrylic polymers is. Well, you could use a solvent based product. So what does that mean? Well, fifty years ago, virtually all paint and the polymers behind it were solvent based. Sometimes referred to as “Oil-based” or “Alkyd” paints, solvent-based coatings […]
Spotlight On Acrylic Polymer Products
It’s no secret that Gellner Industrial has a wide variety of acrylic polymer products for an abundance of polymer applications, like ink or vinyl. However, we are always coming up with new products to help best fit you- or your company’s polymer needs. We have a large selection of a variety of polymers, including anionic acrylic polymers, cationic acrylic polymers, hydroxyl functional acrylic polymers, and non-ionic acrylic polymers. We also have a variety of Wonderwet Products, which entail polymer additives for paints. But that’s just barely scratching the surface- within our different types of polymer products, there is an abundance […]
Polymer Chemistry: The Backbone Behind Gellner Industrial
Polymer Chemistry: The Backbone of Gellner Industrial Though our polymers appear in everyday applications, such as vinyl or in your favorite paints, the chemistry behind their creation is not so commonplace. Polymer chemistry is a part of chemistry that deals specifically with the chemical structures and characteristics behind polymers, especially in cases of synthetic polymers often called plastics or elastomers. Polymer chemistry is a smaller part of what is considered polymer science. Polymer physics and polymer engineering are two other manifestations of polymer related studies. An important part of understanding polymers is understanding how they are classified. Polymers are often […]
What Is A Polymer?
If you are interested in Gellner Industrial, you probably have a basic understanding of what a polymer is. However, if you don’t, we thought we’d give a little rundown on our biggest product- polymers. Though we specialize in acrylic polymers, the science behind our products is consistent with other types of more basic polymers.So what are polymers? Well, polymers are made up of a bunch of molecules that are strung together to form really long chains. Of course, sometimes, the molecules combine to form more complicated structures. However, what makes polymers so interesting is that how they act completely depends […]