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CRESCENT Wiss® CW10TM

CRESCENT Wiss® Tradesman® CW10TM Heavy-Duty Shear, 10 in OAL, 4 in L Cut

CRESCENT Wiss® CW10TM

Crescent Wiss® tradesman shears feature premium-grade steel blades that extend through the handles for twice the strength and ten times the cutting power of standard shears. Their titanium blade coating is 3 times harder than steel for extra durability and longer edge life. A serrated bottom blade grips material for better control and cleaner cuts, while optimized handle contact points and an index finger "control channel" improve cutting power and increase stability. Touch point ergonomic handles feature soft textured TPR grips for exceptional comfort and reduced fatigue, even for long or repetitive cutting jobs.

CRESCENT Wiss® Tradesman® Heavy-Duty Shear, Precision Cut, 4 in Length of Cut, Stainless Steel Cutting Edge, 10 in Overall Length, Stainless Steel Blade, Titanium-Coated Blade, Serrated Blade, Right Hand Cutting Direction, Ergonomic Handle, Nylon Handle, Knife Edge, Cut Materials: Cable, Cardboard, Plastic, Roofing, Rope, Siding, Vinyl, Wire

Cut Type      :      Precision
Length of Cut      :      4 in
Cutting Edge Material      :      Stainless Steel
Overall Length      :      10 in
Blade Material      :      Stainless Steel
Blade Finish      :      Titanium-Coated
Blade Type      :      Serrated
Cutting Direction      :      Right Hand
Handle Type      :      Ergonomic
Handle Material      :      Nylon
Edge Type      :      Knife
Cut Materials      :      Cable, Cardboard, Plastic, Roofing, Rope, Siding, Vinyl, Wire
  • Heavy-duty blades feature premium-grade stainless steel and are precision engineered for knife like cutting edges
  • Serrated bottom blade grips material as it is being cut for increased cutting control and cleaner cuts
  • Titanium-coated blades provide corrosion resistance and are 3X harder than steel for durability and tool life
  • Control channel accommodates index finger for increased control and cutting stability
  • Full metal core extends through the handle for maximum strength and increased durability
  • Touch point ergonomics optimize hand and finger contact points in handles to maximize fit, control and user ergonomics