9V6574 9V-6574 973C, 980C, 980F Loader Base Edge, Wheel Loader Replacement Blades, Center Base Edge, Caterpillar Style Track Loader Replacement Cutting Edge, Bolt on Bucket Single Beveled Base Edges China Factory
9V6574 9V-6574 973C, 980C, 980F Loader Base Edge Feature:
CAT Part No.: 9V6574 , 9V-6574
Type: Base Edge
SHOVEL BLADE 45 X 305 X 3315
IN PACKS OF
1 u.
MINIMUM ORDER
1 u.
WEIGHT
341kg
THICKNESS
45mm
WIDTH
300mm
LENGHT
3315mm
Made in China
9V6574 EDGE-CUTTING Caterpillar parts
973C, 980C, 980F, 980F II
Information:
BEVEL ANGLE 22.5
BLUNT HEIGHT 15.7 mm
BOLT HOLE SIZE 1.25 mm
LENGTH 3315 mm
NUMBER OF HOLES 30
OVERALL WIDTH 304.8 mm
THICKNESS 44.45 mm
Loader Bucket Cutting Edges / Loader Base Edge
Standard or custom design
Weld-on base edges
Straight and spade nose
Bolt-on edges and segments
Wrap around edges
Weld-on corners
Bolt-on and weld-on wear plates
Underground applications
Half arrow edges with or without holes in bulk lengths or cut to size
Carbide impregnation available
HCEPARTS has been selling Cutting Blades for almost a decade, and it has become one of our most popular products. These blade systems are available in High-Carbon and Heat-Treated (through-hardened) steels. HCEPARTS delivers high quality cutting blade products. No matter the season, HCEPARTS has the right blades and accessories to save you time and money. Spring is just around the corner! Call us today to see how we can save you time and money by providing you with the right blade products to fit your needs. Fabco Flexpin fits Bucket Tooth RP-H23, 23FP
Snow Plow Blades
We sell a variety of blades including:
Loader Blades
Grader Blades
Snow Plow Blades & Accessories
Dozer Blades
Scraper Blades
*Cutting blades can be used on all major brands and equipment, including: Ashland®, Bobcat®, Case IH®, CAT®, Fiatallis, Gehl®, John Deere®, Kawasaki® and Volvo®.
High-Carbon Blade See the Difference!
High-Carbon grader blades provide the most economical solution in high-abrasion, low-impact applications.
Heat-Treated, through-hardened blades provide a balance between wear resistance and impact breakage.