WE Knives - WE18046 - Synergy 2V2
Jim O’Young Design.
Flipper action, ceramic bearings, steel lock insert.
The Synergy 2v2 differs from the Synergy 2 mostly in the blade shape - the Synergy 2v2 has a drop point blade. New handle finishes are available as well such as the tiger stripe model.
SPECIFICATIONS
Model Number: WE18046D
Model Name: Synergy2v2
Overall Length: 8.25"/209.6mm
Width: 1.55"/39.4mm
Overall Height(Include Clip): 0.72"/18.3mm
Blade Length: 3.49"/88.6mm
Closed Length: 4.76"/121mm
Blade Thickness: 0.13"/3.2mm
Handle Thickness: 0.57"/14.6mm
Knife Weight: 5.27oz/149.4g
Packing Dimension: 18.6*8.6*3.8cm
Total Weight After Packing: 11.51oz/326.4g
Blade Material: CPM 20CV
Blade Hardness: 59-61HRC
Blade Grind: Hollow
Blade Finish: Stonewashed
Blade Type: Drop Point
Handle Material: 6AL4V Titanium
Handle Color/Finish: Gray
Handle Type: Integral
Pocket Clip: Tip-Up, Right Carry
Clip Material: 6AL4V Titanium
Screws Material: 6AL4V Titanium
Pivot Assembly: Caged Ceramic Ball Bearing
Locking Mechanism: Frame Lock
Designer: Jim O'Young
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WE Knives - WE18046 - Synergy 2V2
Jim O’Young Design.
Flipper action, ceramic bearings, steel lock insert.
The Synergy 2v2 differs from the Synergy 2 mostly in the blade shape - the Synergy 2v2 has a drop point blade. New handle finishes are available as well such as the tiger stripe model.
SPECIFICATIONS
Model Number: WE18046D
Model Name: Synergy2v2
Overall Length: 8.25"/209.6mm
Width: 1.55"/39.4mm
Overall Height(Include Clip): 0.72"/18.3mm
Blade Length: 3.49"/88.6mm
Closed Length: 4.76"/121mm
Blade Thickness: 0.13"/3.2mm
Handle Thickness: 0.57"/14.6mm
Knife Weight: 5.27oz/149.4g
Packing Dimension: 18.6*8.6*3.8cm
Total Weight After Packing: 11.51oz/326.4g
Blade Material: CPM 20CV
Blade Hardness: 59-61HRC
Blade Grind: Hollow
Blade Finish: Stonewashed
Blade Type: Drop Point
Handle Material: 6AL4V Titanium
Handle Color/Finish: Gray
Handle Type: Integral
Pocket Clip: Tip-Up, Right Carry
Clip Material: 6AL4V Titanium
Screws Material: 6AL4V Titanium
Pivot Assembly: Caged Ceramic Ball Bearing
Locking Mechanism: Frame Lock
Designer: Jim O'Young