Plastic eyelets are small, circular or oval-shaped pieces of plastic used to reinforce and provide a means of attachment for various types of fabric, leather, or other materials in industrial applications.
Where To Use Plastic Eyelets
Plastic eyelets are commonly used in the production of clothing, shoes, belts, and other textile products where reinforced stitching or attachment points are required.
Key Features Of Plastic Eyelets
Material: Made from durable plastic materials, such as nylon or polyester.
Finish: Available in various finishes, including glossy and matte.
Shape: Circular or oval shapes to suit different applications.
Size: Various sizes to accommodate specific needs.
How To Use Plastic Eyelets
Application: Apply plastic eyelets to fabric or leather surfaces using a strong adhesive or stitching.
Reinforcement: Use multiple plastic eyelets for added reinforcement and stability in high-stress areas.
How Plastic Eyelets Is Manufactured
Plastic eyelets are manufactured through a process involving injection molding, where molten plastic is injected into metal molds to form the desired shape.
Technical Specification Of Plastic Eyelets
Material:
Nylon
Finish:
Glossy
Shape:
Circular
Size:
5mm diameter
Brand:
Customizable
Packing Size:
100 pieces per package
The technical specifications of plastic eyelets are designed to meet the needs of various industrial applications. The material, finish, shape, size, brand, and packing size can be customized according to specific requirements. The durable nylon material ensures a long-lasting performance, while the glossy finish provides a visually appealing appearance. The circular shape allows for easy attachment to fabric or leather surfaces, and the customizable branding option enables companies to promote their products. With 100 pieces per package, plastic eyelets are an efficient solution for industrial applications.
Description Of Plastic Eyelets
Plastic eyelets are used to provide a means of attachment or reinforcement for various types of fabric, leather, or other materials in industrial applications.
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