Stop and take a look around you. Whether you are inside, outside, or even in your vehicle, chances are you see something that is made out of plastic. Today, more and more manufacturers are substituting metals for plastics, as the properties of plastic make it a durable, flexible and cost-effective material. So how did we get to this point? Before we get to the history of thermosets, let’s dive into exactly what thermosets are.  Read more >

The applications and uses for thermosetting plastics have grown substantially over the years. The success and benefits of this type of plastic is due in large part to its favorable plastic properties. Thermoset plastics polymers cross-link together when curing to form an irreversible chemical bond. It is one of two organic polymer-based plastic materials, the other being thermoplastic. However, the difference between thermoplastic vs. thermoset plastics lies in their ability to be remelted or reshaped; thermoset plastics permanently form a rigid three-dimensional structural network that immobilizes the molecules. Read more >

June 18, 2018 – Osborne, Kan. – Osborne Industries Inc, a leading manufacturer of thermosetting plastic components for leading OEMs (Original Equipment Manufacturers) around the U.S., is pleased to announce their April 16, 2018, certification under ISO 9001:2015. The company has maintained certification under ISO standards since October 2000. Read more >

Polymers and Plastics are encountered in everyday life and used for a variety of purposes. A large number of everyday household items are comprised of plastics and polymers. If someone asked you on the spot to explain the differences between polymer vs plastic, would you be able to give a cohesive answer? Today we discuss the straight forward differences between the two, provide some everyday use examples of plastics and polymers, and list the pros and cons of each. Read more >

The unique properties and benefits of acid-resistant plastics make them well-suited for use in a number of industries. Chemical and corrosion resistance over wide temperature ranges and other extreme environmental conditions make the demand for these resins high. The following three are the leading acid resistant plastics on the market today: Teflon^™ PTFE, Kynar^® PVDF, and Telene^® pDCPD. Comparatively, each is noted for their chemical and corrosion resistance and other properties that make these plastics ideal for countless applications. Read more >

RIM, or reaction injection molding, was developed in the late 1960’s. Over time, technology has evolved along with the RIM manufacturing process itself, allowing Osborne Industries to tap into the numerous and unique benefits and capabilities of RIM for a wide variety of products. RIM produces thermosetting plastic resin parts by forcing low-viscosity liquid polymers into a design mold. The liquid material conforms to the mold’s shape, and after a chemical reaction, generates the end part. RIM is a very economical process for low-production volumes and large parts. It also provides manufacturers and designers with more creative opportunities and projects, as it can easily mold thin and thick walls in the same part. Below we examine the multi-stage RIM manufacturing process. Read more >

The advantages of injection molding over die cast molding have been debated since the former process was first introduced in the 1930s. There are benefits, but also limitations to the method, and that, primarily, is need-based. Original equipment manufacturers (OEM) and other consumers who rely on molded parts to produce their goods, are looking for such factors as quality, durability and affordability in deciding which molded parts best suit their needs. Read more >