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Plastic Rivets for Shoes, Bags, Belts and Garments

 

Custom Plastic Rivets in Multiple Sizes and Colors

Price: Quote as custom
Material: Plastic
Size: Custom
Color: Custom
Technics: Plating, polishing

◆ Lead Time: 25-35 days

◆ Shipping: Sea freight, Railway freight

◆ Payment: T/T, L/C ...

About Ningbo MH


MH specializes in garment accessories and fabrics, offering high-quality solutions for the textile and home décor industries. With advanced automated warehousing, MH ensures efficient supply chain management and provides comprehensive after-sales support, exclusively serving businesses, not individuals.

1999
Since
871
Annual Sales
40
Branch Offices
600
Staffs

Product Details


Plastic rivets for shoes are lightweight fastening accessories used to join and reinforce shoes, bags, belts, wallets and garment parts. Each rivet is produced in custom sizes and colors to match different products and designs.

Plating and polishing finishes are available, allowing the rivets to be matched to a required look while keeping the weight low compared with metal fasteners.

Features


  • Custom sizes are produced to suit different shoe, bag and belt designs.
  • Colors are made to order to match the finished product.
  • Plating and polishing finishes are available for varied surface effects.
  • Lightweight plastic construction keeps added weight to a minimum.
  • Suitable for shoes, bags, belts and general garment accessories.

Application


  • Shoes and footwear
  • Bags and wallets
  • Belts
  • Garment accessories
  • Wholesale and OEM/ODM bulk supply for footwear and accessory manufacturers

Available Designs


Plastic Rivets For Shoes

FAQ


Can the plastic rivets be customized?
Yes, both size and color are made to your requirements, and plating or polishing finishes are available.

What products can these plastic rivets be used on?
They are used on shoes, bags, belts, wallets and other garment accessories.

What finishes are offered for the rivets?
Plating and polishing finishes can be applied to achieve different surface effects.