2 products
Fallkniven Tre Kronor TK3ic Knife
Fallkniven Tre Kronor TK3ic Folding Knife
- Made by Fällkniven -
Introduction:
Elegant and modern folding knives…
The folding knives in the Tre Kronor series are lightweight, secure, and beautiful.
The size of these folding knives is designed for active daily use; if you need a larger or stronger knife, we recommend any of our TK1 or TK2 models.
Tre Kronor #3 (Three Crowns)
Its beautiful and timeless design is the result of a long refinement process focused on the functionality concept of a folding knife. The TK3 is a safe and durable folding knife, with a blade made from our Elmax steel, representing the highest standard on today’s market. The blade locks into the open position with a very secure locking mechanism.
Each folding knife is handmade, which may result in slight variations. Many different versions of this model are planned for the future!!!
Please note:
There can be some variation in pattern and shades on the wooden handles.
Specifications:
Steel: ELMAX HRC 61-62
Blade length: 2.76" inch / 70 mm
Total length: 6.50” inch / 165 mm
Handle length: 3.746” inch / 95 mm
Handle scales: Desert Ironwood
Blade thickness: 2.5 mm
Knife weight 100 gr.
Additional Information:
Edge: Flat Ground
Handle: Lanyard Hole
Locking: Lock-Back
FOX Tur FX-528 B Folding Knife
FOX Tur FX-520 B Folding Knife
- Made by Fox Knives in Italy -
Design by: "Jesper Voxnæs".
Introduction:
Jesper Voxnæs:
“My knife designs are obviously with the Nordic lines and feel. A clean functional almost minimalistic expression. All about the function of the tool”
Specifications:
Steel: Elmax stainless steel HRC 58-60
Blade length: 2.95" inch / 75 mm
Total length: 7.09” inch / 180 mm
Handle length: 4.13” inch / 105 mm
Handle scales: Carbon fiber
Blade thickness: 3.5 mm
Overall weight 95 gr.
Additional Information:
Blade Coating: Physical Vapor Deposition (PVD)
Clip: titanium
Spacer: titanium
Sheath: Included
PVD
(Physical Vapor Deposition) is a variety of vacuum deposition methods used to deposit thin films by the condensation of a vaporized form of the desired film material onto various workpiece surface. The coating method involves purely physical process such as high temperature vacuum evaporation with subsequent condensation.