How To Istall Eyelets?

Accurate installation begins with testing the eyelet size for compatibility with the fabric or material—especially when different thicknesses, hardnesses, or special coatings are involved, as these factors can affect the final fit and durability. Eyelets are installed using a variety of manual and machine tools, with the manual press being the most common tool for small to medium-volume applications. This versatile tool can also install other fasteners, such as snaps and mechanical fasteners.

The process begins by placing the eyelet face up into the machine's base frame and aligning the washer. The manual press's lever mechanism provides the precise force needed to crimp the eyelet, ensuring a snug fit. For large-scale production, automatic or pneumatic eyelet machines can handle large batches efficiently and reliably while reducing manual labor.

Specific steps for installing eyelets:

Mark the hole position: Use a marker to mark the desired location for the eyelet.

Punch: Use a hole punch to make a hole slightly smaller than the eyelet shaft.

Insert the eyelet: Push the eyelet through the hole from the front of the material.

Secure the eyelet: Use an eyelet installation tool or pliers to flatten and secure the back of the eyelet.

It is important to note that hand presses may be limited when installing eyelets in the center or other hard-to-reach areas, where specialized tools such as long-handled pliers or custom dies may be required. When installing, ensure the eyelet is properly positioned, right side out, and confirm the orientation of the washer for optimal retention. Improper assembly may cause the eyelet to rotate or loosen. If movement is detected or fabric is pulled out, shims can be used to enhance grip and improve long-term reliability of the assembly.

The right installation tools are essential to achieve professional-quality results, especially when working with technical fabrics, industrial textiles, marine canvas, or automotive interiors. For different materials, selecting the eyelet size based on thickness, potential loads, and environmental stresses can help maximize product life.