CUDA 7 1/2 Titanium Bonded Pliers
Cuda 7.25-Inch Titanium Alloy Fishing Pliers with Integrated Tungsten Carbide Wire Cutters and Leather Sheath, Blue, (18848) : Sports & Outdoors
Cuda 18846 7.5 Titanium Bonded Alum Alloy Pliers Dual Cutting
Cuda Titanium Bonded 10.25 Long Needle Nose Plier
CUDA 7 1/2 Titanium Bonded Pliers
Cuda 7.5 Titanium Bonded Pliers
The Cuda 7.25 SS Heavy Duty Split Ring Plier is one of our most well-rounded tools when it comes to versatility, durability, and strength. The jaws are constructed of titanium bonded stainless steel, making them 3x harder than untreated steel to provide exceptional edge retention and an incredible resistance to corrosion and rust. The jaws also feature a expertly crafted edge to make cutting mono, fluorocarbon, and small gauge wires a breeze.
Cuda 23017 7.25 inch Titanium Bonded SS Heavy Duty Split Ring Plier.
The Cuda 7.5 inch Pliers have a Titanium Bonded, Aluminum Alloy construction, Tungsten Carbide, visible full-tang steel plier with a Cuda Scale pattern grip handle. Aluminum alloys tend to be more flexible than steels so they allow better and more creative designs. Though there are aluminum alloys with somewhat higher tensile strengths than the commonly used kinds of steel. Adding aluminum in mass provides strength and rigidity.
CUDA 7 1/2 Titanium Bonded Pliers
The Cuda 7.25 SS Heavy Duty Split Ring Plier is one of our most well-rounded tools when it comes to versatility, durability, and strength. The jaws are constructed of titanium bonded stainless steel, making them 3x harder than untreated steel to provide exceptional edge retention and an incredible resistance to corrosion and rust. The jaws also feature a expertly crafted edge to make cutting mono, fluorocarbon, and small gauge wires a breeze.
Cuda 23017 7.25 inch Titanium Bonded SS Heavy Duty Split Ring Plier.
The Cuda 7.5 inch Pliers have a Titanium Bonded, Aluminum Alloy construction, Tungsten Carbide, visible full-tang steel plier with a Cuda Scale pattern grip handle. Aluminum alloys tend to be more flexible than steels so they allow better and more creative designs. Though there are aluminum alloys with somewhat higher tensile strengths than the commonly used kinds of steel. Adding aluminum in mass provides strength and rigidity.
Cuda 7.5 inch Titanium Bonded Pliers with Nylon Sheath
