Economical, reliable and easily automated, ultrasonic welding is a popular technique in the plastics welding industry. Ultrasonic welding differs from more traditional forms of welding, where heat is generated through contact with a direct heat source.
Tags: Ultrasonic Welding
There are three distinct types of plastics which respond to ultrasonic welding in different ways: thermoplastics, elastomers and resins.
Tags: Ultrasonic Welding
Try Spin Welding! Find out how spin welding could help your production requirements today. The concept of spin or rotional welding is very simple: the base component is kept static whilst the upper moulding is rotated and forced together. This action creates frictional heat that, when cooled and under carefully maintained pressure, creates a hermetic seal of exceptional strength. This occurs in only a few seconds.
Tags: Plastic Welding, Spin Welding
Plastic welding is the process of making a molecular bond between two thermoplastics that are compatible, which when cooled return to a solid form. One straight forward process for doing this is ultrasonic plastic welding. Whatever the specifics of a particular application, ultrasonic welding's fundamentals always remain the same, employing sound waves that are ultra-high in frequency, plastic can be heated with the ensuing friction, creating a strong bond.
Tags: Ultrasonic Welding
Ultrasonic welding offers your company a fast, reliable way to join many materials. This process has many advantages over other bonding methods, and is extremely safe. At Xfurth we have decades of experience with state of the art welding technologies. We want to share some of the advantages that ultrasonic welding can give you, so you can decide if it is the right plastics welding technology for your company to invest in. Let’s have a look at some of the ways that ultrasonic welding can offer you manufacturing advantages, and the applications where it performs well.
Tags: Ultrasonic Welding
