Do you have an idea for a molded plastic part that you would like to create for your company? One of the simplest ways to bring that idea to life is to use a process called dip molding. Dip molding can be utilized to create everything from medical connectors to spring reinforced tubes out of
Plastics are used in just about all walks of life, and there are a variety of different industries that have benefited greatly from finding innovative new ways to incorporate plastics. But you could make the argument that no industry has benefited more from plastics than the medical industry. Techniques like dip molding have made it
Taking steps to protect the natural environment is something that is increasingly important to many people and businesses. After all, we only have one planet. It just makes sense for every person and business to take part in protecting our shared environment. At Piper Plastics, we recognize that protecting the environment is both good for
Dip coating is an increasingly popular method as it adds functionally, color, texture, electrical insulation and comfort to plastic parts for companies in a variety of different industries. Despite the prevalence of this coating process, many people are not aware that they use dip coated products every day. This definitive guide to dip coating
Fluidized powder is a technology within the plastic coating industry that has been available for more than 50 years; however many are unfamiliar with the process and benefits. If you’re wondering whether you should use this method for your next project, here are four reasons why it’s a great idea: No Tooling Cost The fluidized
Over the years, we’ve used thermoplastic processing techniques to make a wide variety of products—from medical-grade nasal cannula to watertight electrical fittings and heavy-duty items for the military. But before these products can become a reality, they start out as ideas in the minds of our customers. Before we start dip molding, we work closely
Let’s take a walk down PVC memory lane, shall we? While many people may not realize just how long the synthetic plastic has been around, there is actually a host of evidence that shows PVC (polyvinyl chloride) was first created at least a century ago. The story peculiarly begins in two separate years—1838 and 1872—when
Recently, we shared a video that offers an up-close look at our plastisol dip molding process. Now, we’d like to give you another look at the various materials we use when dip molding and coating. Although plastisol is the most common material we work with, we use a number of other materials for specialized applications
You’ve already seen some of the great products we’re able to make with our plastisol dip molding process, but now we’d like to show you the innards of the system that makes it all possible. That’s why we made a video to provide a detailed look at the three essential components of our dip molding
What is Plastisol?
If you have heard the term plastisol and wondered, “What is that?” you are not alone. Many people don’t know what plastisol is, even though this material is one we come in contact with on a regular basis. The Origins of Plastisol Plastisol first became popular during World War II when rubber was being rationed
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