Crescent Wiss® 10" Offset Pattern Tinner Snips
In Stock
$22.25
Save 0%
$22.19
/each
Earn 22 points for this item
($0.22 for your next purchase!)
REGISTER NOW TO EARN!
Ships from the manufacturer in about 10 business days
Request quantity discount pricing
You're Viewing
APEX TOOL GROUP LLC. Crescent Wiss® 10" Offset Pattern Tinner Snip...
Mfr # WDF10O
$22.19
Customers Also Viewed
No related products found.
Product Details
| Brand | APEX TOOL GROUP LLC. |
| Mfr. Model # | WDF10O |
| Global Industrial Part # | B3078576 |
| UPC | 37103338617 |
| Color | Black, Rawhide |
| Weight | 1.59 lb |
| Length | 13.5 in |
| Width | 4.2 in |
| Height | 1.2 in |
| Unit of Measure | EA |
| Country of Origin | VN |
| Ships Via | Parcel |
| Freight Class | 55 |
| Lead Time | 10 business days |
| Returnable | Yes |
| California Prop 65 | Warning applies |
| UNSPSC | 27111519 |
Description
HVAC and sheet metal pros agree when making long straight cuts in thinner-gauge sheet metal tinner snips are the way to go. They're a simple economical and durable cutting solution for many sheet metal and HVAC applications. New crescent Wiss® lightweight aluminum and drop-forged steel tinner snips are the most durable we've ever made with precision ground cutting edges and an adjustable pivot bolt. Available in a wide selection of styles and sizes there's a perfect crescent Wiss® snip for every job.
Features
- Hot drop-forged steel blades provide market-leading strength durability and excellent cutting performance over tool life
- Precision-ground cutting edges provide superior cutting quality & reduced cutting effort through optimized blade geometry
- Through broached bolt allows for market-leading cycle cut life - yielding greater than 3X the ASME specification
- High durometer grips for superior comfort control and overall product durability
- Torque control handle rings provide superior comfort fit and are sized to accommodate hands with or without gloves
- Touch point ergonomics optimize hand and finger contact points in handles to maximize fit control and user ergonomics