window spiral spring suppliers

Does your nail gun have the problem of not hitting the nail?

Because there is no tension in the constant force spring that pushes the nail, naturally, no nail can be driven. The pushing device of the nail gun uses the constant force spring, because the constant force spring has the characteristic of keeping the constant force in the long stroke, and it can achieve a very high elasticity output in a...

torsion springs applications

Torsion springs are a type of mechanical spring that works by twisting or torquing.  They are used in a wide range of applications across various industries, including: Garage doors: Torsion springs are commonly used in garage doors to help lift and lower the door. They are typically mounted above the door and connected to a cable that runs through the...

What you need to know about Constant Force Springs

In this blog post, we will be discussing what constant force springs are, and what applications they are used for. We will also be discussing the different types of constant force springs, and how to select the right one for your application. A constant force spring is a type of spring that is designed to provide a constant amount of...

Everything You Need to Know About Seat Belts Springs

Seat belts and springs are both important parts of a car. Seat belts keep you safe in case of an accident, while springs keep the car in shape. It's important to know how to use both of these parts properly. What are seat belts and springs, and what do they do? A seat belt is a device used to secure...

Bürstenfederschutz

       Conventional motor arrangements include a rotor with windings to conduct current during machine operation. As the rotor rotates, current is conducted through the rotating elements from sources external to the rotor to the rotor windings. A rotating element such as a slip ring or a commutator contacts the brush spring to conduct current.        There...

Wie man die Feder mit konstanter Kraft dazu bringt, mehr Kraft zu erzeugen

Eine übliche Methode zum Einbau einer Feder mit konstanter Kraft besteht darin, zwei oder mehr Federn zu verwenden, um auf engem Raum eine größere Kraft zu erzielen. Dies kann erforderlich sein, wenn der Durchmesser oder die Breite einer einzelnen Feder den zugewiesenen Platz überschreitet, aber Platz vorhanden ist, um mehrere kleinere Federn hinzuzufügen. Wenn mehrere Federn eingesetzt werden, kann ein viel kleineres Federdesign verwendet werden....

Design-Technologie der hochpräzisen Feder

 Feder, um eine gute elastische Leistung zu gewährleisten, dh viel elastische Energie ohne plastische Verformung aufzunehmen; Ausreichende Plastizität und Zähigkeit, um Schlagbruch zu verhindern. Je nach Beanspruchungsart kann die Feder in Zugfeder, Druckfeder, Torsionsfeder und Biegefeder unterteilt werden. Je nach Form kann es in Tellerfeder, Ringfeder, Tellerfeder, ... unterteilt werden.