CJRB Interstellar Pyrite-Light J1945G S90V Blade Titanium and Fat Carbon Inlay Handle Folding Knives(Limited edition) - Gray (J1945G-JWCF)

Limited
Sale price$452.00

Style: Titanium & Fat Carbon Inlay Handle CPM S90V Blade Limited Edition
Loading...
29:59
Description

Specifications

Blade Length 3.34'' (85mm)
Blade Thickness 0.10'' (2.5mm)
Blade Finish Sand Blast/Black PVD Coating
Blade Grind Flat
Blade Material S90V
Blade Hardness HRC60-62
Blade Style Wharncliffe
Handle Material Titanium and Fat Carbon Inlay
Clip Material Titanium and Titanium Damascus Inlay
Pivot Assembly Ceramic Ball Bearing
Lock Type Button Lock
Overall Length 7.60'' (193mm)
Closed Length 4.25'' (108mm)
Weight 81g/2.86oz

Specifications

Blade Length 3.34'' (85mm)
Blade Thickness 0.10'' (2.5mm)
Blade Finish Sand Blast/Black PVD Coating
Blade Grind Flat
Blade Material S90V
Blade Hardness HRC60-62
Blade Style Wharncliffe
Handle Material Titanium and Fat Carbon Inlay
Clip Material Titanium and Titanium Damascus Inlay
Pivot Assembly Ceramic Ball Bearing
Lock Type Button Lock
Overall Length 7.60'' (193mm)
Closed Length 4.25'' (108mm)
Weight 81g/2.86oz

Knife Knowledge

View all
Top Liner Lock Explained: A Modern Locking System for EDC Knives

Top Liner Lock Explained: A Modern Locking System for EDC Knives

Discover the mechanics, pros, and cons of the top liner lock. Read our deep dive guide featuring real EDC knife testing, expert opinions, and material analysis.

Stonewash, Satin, or Black PVD? How to Choose a Knife Blade Finish

Stonewash, Satin, or Black PVD? How to Choose a Knife Blade Finish

Struggling to choose between Stonewash, Satin, and Black PVD? Our deep dive guide explains which knife blade finish hides scratches, resists wear, and fits your EDC.

Piercing Power: The Complete History and Utility of the Tanto Profile

Piercing Power: The Complete History and Utility of the Tanto Profile

Discover the true utility of the geometric blade profile. We explore its history, EDC slicing performance, and foolproof sharpening techniques for the secondary point.