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E-Z LOK Expands Finserts Product Line

E-Z LOK has expanded its E-Z Fin brass threaded inserts for soft wood, thermoplastics and thermoset plastics.


E-Z LOK
E-Z LOK has expanded its line of Finserts, bras threaded inserts for soft wood, thermoplastics and thermoset plastics.

Also known as Finserts, the brass threaded inserts offer a blend of strength and precision for thermoset plastics.

Designed with one, two or three OD fins that distribute stress over a greater surface area to minimize the possibility of cracking and protect against thread erosion, Finserts are available with internal thread sizes ranging from #6 to 5/16.

Finserts for thermoplastics are specifically designed to integrate seamlessly with thermoplastic components, ensuring a reliable bond that can withstand the demands of various applications.

Installation in thermoset plastics requires nothing more than a straightforward press-in action. The design ensures a smooth insertion process, making them ideal for a variety of applications.

Installing Finserts into thermoplastics is a straightforward process that ensures components benefit from enhanced durability and thread integrity. Designed to be installed “cold”, the brass threaded inserts are pressed into placing using anything from a simple hand tool to an arbor press.

When used for thermoset plastics, their innovative design significantly reduces the risk of damage like splintering, a common issue. They are synonymous with durability, providing a firm, lasting connection that enhances the longevity of the plastic products they are used in.

These inserts are suitable for a wide range of applications within the thermoset plastic industry, from small-scale projects to large industrial uses.

The brass threaded inserts ensure a secure, tight fit that significantly reduces the risk of thread stripping. In addition, Finserts are engineered to distribute load evenly, minimizing stress on the base material and extending the lifespan of the component.

Their compatibility with a wide range of thermoplastics enhances design flexibility, enabling the use of lighter, more cost-effective materials without compromising strength. 

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