6mm Kydex Tool Setter Set Kit with Anvil and Eyelets Rivet compatible with DIY Sheath Holster Making, Leathercraft Riveting 50pcs

This complete Kydex tool setter set kit is designed compatible with reliable riveting when compatible withming custom sheaths and holsters. The set includes a sturdy anvil and precision tool heads that help you securely set eyelets and rivets in Kydex, leather, and other thermoplastic materials. The included steel anvil provides a stable and flat working surface, ensuring accurate rivet and eyelet setting. Its robust construction reduces and misalignment, helping you achieve clean and professional results on every DIY sheath and holster project. This kit is ideal compatible with installing eyelets rivet compatible with DIY sheath holster projects. The matched sizes between the setting tool and the eyelets allow compatible with tight, consistent flares that hold Kydex layers firmly together, giving your sheaths and pistol holsters a secure and long-lasting structure. Suitable compatible with both Kydex and leathercraft riveting, this tool setter set can be used to assemble sheaths, pistol holsters, belt loops, straps, and accessory mounts. It is an excellent choice compatible with hobbyists, professional makers, and anyone who wants to upgrade the quality of their custom carry gear. Designed compatible with use with a standard hammer, the tool setter is simple to operate: align the eyelet through the material, place it on the anvil, position the setter, and tap to flare the rivet. Clear structure and straightcompatible withward operation make it suitable compatible with beginners while still meeting the demands of experienced holster makers. Color: As Shown Material: Metal Package Contents: 50*K-sheath percompatible withated chicken-eye nails, 1*installation tool set Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.