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Subcategories
Specifications

What are Stainless Steel Shank Buttons?

These buttons are functional accessories that allow you to join and open two edges of a garment, just like other denim buttons.

What Makes Coin-Type Denim Buttons Different?

"Coin-Type" refers to the design shape of the button's top surface (cap).

  • Design (Coin Appearance): As the name suggests, these buttons typically have a flat, round, and serrated edge (cone-shaped) appearance that resembles a coin. This design gives the product a vintage or industrial vibe.

  • Logo/Pattern: The flat and wide surface of coin-type buttons provides an ideal area for brands to emboss their logos or custom patterns.

Features of Stainless Coin-Type Denim Buttons

1. Stainless Material

  • The button and nail (rivet) part is usually made from metal materials with high resistance to rust, like brass, or from coatings that do not contain stainless steel/nickel.

  • This feature eliminates the risk of rusting and staining the fabric when the button comes into contact with water and moisture, ensuring the product is long-lasting.

2. Structure and Application

  • Two-Piece Structure: Like other denim buttons, the coin-type denim button consists of two main parts: the top cap and the nail (bottom part) used to attach it to the fabric.

  • Riveting System: No sewing required. With special riveting molds, it is permanently riveted to the fabric in hand presses, lever, or automatic machines, providing a strong grip.

3. Areas of Use

  • Jeans and Denim Jackets: These are the most common areas of usage.

  • Heavy Outerwear: They are preferred in products made with heavy fabrics such as coats and jackets due to their strong grip.

  • Accessories: They can also be used in accessories like bags, wallets, and belts made from leather or canvas.

Conclusion: Stainless coin-type denim buttons offer both functional and decorative solutions across various areas, from denim products to accessories, thanks to their durable structure, aesthetic design, and practical application method.

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