subject: Understanding Rubber Extrusions Before Investment [print this page] Rubber extrusions are found throughout society in many unnoticeable ways. They may be used in home appliances as cushions or rubber seals or as parts in vehicles. Electric equipment and aerospace equipment also often include elastic rubber extrusions parts.
Yet, even though they are so important in our everyday lives, generally, little is known about these products.
One of the most important products used in everyday life is the manufacture of rubber gaskets for cars, which are designed to prevent leaks coming from one part of the engine into another one. Rubber seals are also often used to ensure food stays fresh.
There have recently been several important developments in the manufacture of rubber extrusions. More effective methods of production have resulted in more effective materials.
The process of manufacturing is much faster now than in the past and can now be produced on a mass scale.
Timing is important when it comes to the producing of rubber extrusions. When exposed to too much high pressure over time, they will harden and vulcanise, which may mean difficulty shaping the end product and imperfections being formed. This can be prevented by timing the process correctly or by placing a taper inside the die.
Several compounds may be used to create rubber extrusions. It is important for manufacturers to have a thorough understanding of the material's properties.
Some moulding compounds swell and others shrink whilst they are cooling as part of their natural properties.
After rubber extrusions are complete, design changes can be made from a shape or design.
If a company or organisation is interested in purchasing silicone extrusions, they need to ensure the manufacturing companies they use are specialists in the bonding and moulding process.
Silicone rubber, for example, is ideal as rubber extrusions material because of its unique properties.
Made up of silicone, carbon, hydrogen and oxygen, silicone rubber is resistant to extreme temperatures and is relatively simple to mass produce.
A good example of rubber extrusions with this material is silicone tubing, which is used to transport either gas or liquid depending on the application.
Available in both medical-grade and industrial-grade, silicone tubing is formed via the usual extrusion process, using a die to shape it. Before this, the raw silicone is forced into a channel, where it is heated and pressured in order to become molten.
An example of silicone tubing's use in industry is its use in science, medical, food and beverage manufacture, and dairy farming.
