Many different materials are used in today’s industries, ranging from landscaping to computers to building cars. Common materials include glass, stainless steel, aluminum, copper, rubber, Plexiglas, and plastic. Ever since the early to mid 20th century, plastic has proven itself a lightweight, tough, and widely useful material. In the business world, the wholesale distribution of plastic is a major industry around the globe, and worldwide plastic use is only increasing as time goes on. An industrial plastic distributor may find itself with many clients looking for thermoplastic resin and more. Thermoplastic resin distributors and industrial plastics distributors are vital for many industries today. Where might the materials bought from these industrial plastic distributors be used? Or might a raw plastic distributor be better?

Plastic

This distinctive material comes in a wide variety of colors, thicknesses, and surface quality, and today, it is found nearly everywhere. Made from synthetic or semi-synthetic organic compounds, this malleable and heat-sensitive material is used in consumer products and industrial applications alike. Plastic is known t to be malleable and be able to be morphed into nearly any shape desired, thus making it a highly flexible material, literally and otherwise. Plastic is also capable of being recycled, which eases the strain on plastic producers and also cuts back on rates of pollution. It is well known that plastic does not easily degrade, and a lot of pollution on dry and land in the oceans alike are plastic items like bags or bottles. Current “go green” initiatives call for reduced pollution, and this means recycling more plastic than ever. Fortunately for that effort, many urban centers big and small have plastic recycling, among other recycling efforts, to redirect plastic trash from landfills to an industrial plastic distributor to be repurposed. Plastic can be shredded, melted, and otherwise broken down to create new raw material for an industrial plastic distributor to use. Where might this plastic be helpful?

Where Plastic is Used

Plastic timbers are imitation wood pieces made of plastic, and their shape, design, and even aesthetic are meant to mimic real wood timbers. Where might these things be used? Plastic timbers are a fine choice for landscaping and playground construction alike, and they offer some advantages over real wood. For one, these timbers are typically made from recycled plastic, meaning that they play a major role in resource efficiency and wildlife conservation. These timbers are tough, and they will not rot or expand in rain like real wood timbers would. What is more, these timbers are lightweight and easy to move into position, and they are durable, able to endure the weight of kids on a playground. As a bonus, these timbers have a tough surface and aren’t as easy to vandalize with etching as real wood is.

At a park, a guest might find many examples of plastic timbers in use, and by now they are practically taken for granted. For example, park benches can easily be made out of these timbers, consisting only of the metal frame, the timbers, and bolts used to attach timbers in place. These timbers can easily take on the weight of several adults sitting on them, and they’re not as easy to vandalize as wooden benches (carving initials or messages into wood is a common form of vandalism). These timbers, as mentioned above, are a fine choice for building kids’ playground equipment, and they are tough enough to be played on but soft enough so that they don’t cause serious trauma of a child falls on them or hits their head. Other hardware such as swing sets, though, undergo a lot of stress during use and will probably be made of metal instead.

Landscaping is also a place where plastic timbers work great. They can be used to form low or tall walls that contain flower beds and crate borders for mulch or bark dust, and these plastic timber arrangements may be very attractive to the eye. Home landscapers may also do this in their back yards.

Besides that, plastic is found nearly everywhere, from kids’ toys to the casing of computer parts like keyboards and mice all the way to lamination on papers to make them tougher. Some industrial sites even use plastic propellers for moving liquids.