Sharpwerks Custom Friction Folder 2.75" 300 Stainless With A VG10 Core Wharncliffe Blade,Translucent Green G10/Titanium Handles, Leather Sheath
SHWFFTGRNVG10: Custom Friction Folder,Translucent Green G10
Sharpwerks Custom Knives
David Sharp hasn't been doing this for very long but the quality of the knives he manufactures are absolutely superb. If you're looking for a custom knife but are restricted by your location as to what type of knife you can carry, consider this friction folder for your next purchase. The 2.75" Wharncliffe blade is made from 300 series stainless steel with a VG10 core with a satin finish. The extended tang, which keeps the blade in the open position, has been made into a bottle opener for added functionality. The face handle scale is made from Translucent Green G10 while the reverse side is bronze anodized titanium with a small copper inlay and a very ergonomic shape. It comes with a custom leather drop sheath for carry to prevent this blade from opening in your pocket. This is a fantastic, compact folder you can carry just about anywhere and it's designed to handle the finest cutting tasks you may encounter but built to handle so much more.
- Blade Length: 2.75"
- Cutting Edge: 2.5"
- Closed Length: 4.625"
- Overall Length: 6.20"
- Blade Steel: 300 Seriers Stainless Steel Over A VG10 Core
- Blade Thickness: 0.107"
- Blade Style: Wharncliffe
- Blade Grind: Hollow
- Blade Finish: Two-Tone
- Handle Material: Translucent Green G10 and Bronze Anodized Titanium
- Handle Thickness: 0.42"
- Sheath Material: Leather
- Weight: 2.0 oz.
- Weight with Sheath: 2.8 oz.
- Designer: David Sharp
- Handmade in the USA
Leather is known for its durability and traditional appeal. When compared to Kydex it is preferred for its silence when bumped against other objects, as well as blade retention.
Custom knives are hand made in shops around the world. These will typically be extremely high quality and one of a kind pieces meticulously built by the craftsman.
This product is USA born and raised.
Formed in a sheet under high pressure by combining fiberglass and an epoxy resin binder. These handles are lightweight and shaped to ensure a solid grip.