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Crescent® AT210SPUD Adjustable Construction Wrench, 1-5/16 in Spud Handle Wrench, Black Oxide, 10 in OAL, Alloy Steel
Part #CRESCENT AT210SPUD
Legacy #20620039
MFG #AT210SPUD
Crescent® Adjustable Construction Wrench, Spud Handle, 1-5/16 in Wrench Opening, 10 in Overall Length, 2.9 in Jaw Width, 0.4 in Jaw Thickness, Plain Grip, Alloy Steel, Black Oxide
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Product Attributes
Brand : Crescent®
Type : Adjustable
Wrench Type : Spud Handle
Wrench Opening : 1-1/8, 1-5/16
Overall Length : 10
Jaw Width : 2.9
Product Documents
Product Features
- Tension spring stabilizes jaw and knurl adjusts easily
- The original adjustable wrench, made by the world famous Crescent® brand
- The original adjustable wrench, made by the world famous Crescent® brand
- Tapered tang for aligning bolt holes or other mating parts
- Round, tapered tang for easy alignment of bolt holes
- Round, tapered tang for easy alignment of bolt holes
- Alloy steel and heat treated for toughest jobs
- Larger gear for easier adjustment to ensure a tight jaw fit
- Larger gear for easier adjustment to ensure a tight jaw fit
- Black oxide finish resists corrosion
- Hex jaw design grips fastener tightly to reduce slippage
- Hex jaw design grips fastener tightly to reduce slippage
- Large capacity 1-5/16 in, 34 mm jaw fits a wide range of fastener sizes
- Large capacity 1-5/16 in, 34 mm jaw fits a wide range of fastener sizes
- Heat treated forged alloy steel for toughness and durability
- Heat treated forged alloy steel for toughness and durability
- Laser-etched scale in both SAE standard and metric sizes allows easy identification
- Laser-etched scale in both SAE standard and metric sizes allows easy identification
- Black oxide finish resists rust or corrosion and wipes clean easily
- Black oxide finish resists rust or corrosion and wipes clean easily
- Tension spring stabilizes jaw and allows easy knurl adjustment
- Tension spring stabilizes jaw and allows easy knurl adjustment
- Proportioned dimensions optimize strength and minimize weight
- Proportioned dimensions optimize strength and minimize weight