Advantages of Plastic Springs

Springs are an important part of many machines, products, and processes. Without the use of springs, many of the products that we use today could not exist. Many of the springs used in today’s world are made of a variety of metals, such as steel, aluminum, brass, and nickel. However, sometimes a spring cannot be made from metal for a variety of reasons.

If a customer has a product that operates around magnets, using a metal spring could be disastrous. However, the product will not function properly without a spring of some kind. Luckily, modern manufacturing has made it possible to create strong spring styles from other materials. One of the most successful materials is the use of plastic in spring manufacturing.

A plastic spring can perform many of the same functions as a traditional metal spring. While there are a few drawbacks to plastic, such as a shorter lifespan and lower weight capacity, there are many advantages to using the plastic as well. A plastic spring can provide many benefits to users, such as:

Reduced weight: Plastic is much lighter than metal and the use of plastic will reduce the overall weight of an object or product.

Recycling options: Plastic is fully recyclable, which makes it the perfect companion for green products and can help a factory improve their environmental impact.

Use in magnetic zones: Plastic will not magnetize, which makes it ideal for use in highly magnetized environments and products.

No conductivity: There is no risk of conductivity with a plastic spring. It is suitable for use in electrical components and other products with highly conductive materials.

Completely-rust resistant: Plastic will never rust or oxidize like a metal spring can, making it ideal for use in moist environments.