Duralast Gold New CV Axle 9471N
PRODUCT SPECIFICATIONS
| Part # | 9471N |
|---|---|
| SKU # | 832042 |
| Weight | 15.1lbs |
| Warranty | |
| Application | 1.- Front - Driver side |
| Compressed Length | 22.05 |
| Inboard Joint Type | Female |
1.- Front - Driver side
PRODUCT DESCRIPTION
Duralast Gold® CV Axles are made with 100% new parts for smooth installation, heightened performance, and superior durability. All Duralast Gold® CV Axles are designed to meet or exceed OEM specifications and undergo rigorous testing for quality assurance so you can expect a long, trouble-free performance. Features include high-quality neoprene boots, stainless steel clamps, and heat-treated ball tracks to ensure long-lasting strength and dependability in every Duralast Gold® CV Axle.
100% new parts for ease of installation, performance, and durability- Premium neoprene boots provide maximum protection and longevity
- High-quality stainless steel boot clamps deliver heavy-duty strength
- Deep, heat-treated ball tracks promote extended joint life
- Precision-rolled splines and threads provide proper fitment
- Specially-formulated moly grease shields moving parts from friction and wear
Duralast Gold® CV Axles are made with 100% new parts for smooth installation, heightened performance, and superior durability. All Duralast Gold® CV Axles are designed to meet or exceed OEM specifications and undergo rigorous testing for quality assurance so you can expect a long, trouble-free performance. Features include high-quality neoprene boots, stainless steel clamps, and heat-treated ball tracks to ensure long-lasting strength and dependability in every Duralast Gold® CV Axle.
- 100% new parts for ease of installation, performance, and durability
- Premium neoprene boots provide maximum protection and longevity
- High-quality stainless steel boot clamps deliver heavy-duty strength
- Deep, heat-treated ball tracks promote extended joint life
- Precision-rolled splines and threads provide proper fitment
- Specially-formulated moly grease shields moving parts from friction and wear
