surewerx | 55040 | 4 ton Jack Stands Pair Top Pick
Original price was: $77.58.$38.79Current price is: $38.79.
For orders under $59.00, a shipping fee of $12.99 applies.
Specifications
- Manufacturer: surewerx Viking by American Forge & Foundry
- Model Number: 55040
- Capacity: 4 Tons (per pair)
- Minimum Height: 14 inches
- Maximum Height: 21 inches
- Number of Positions: 10
- Base Dimensions: 9 x 7 inches
- Saddle Dimensions: 1.25 x 3.5 inches
- Operation Type: Ratcheting
- Material: High-grade forged steel
- Weight: 21.1 lbs
- Dimensions: 13.31 x 9.88 x 9.88 inches
- Certification: Meets ASME/PASE 2014 Safety Standards
- Warranty: 1-year manufacturer’s warranty
Key Features
-
Locking Pawl with Counterweight
Ensures that the ratchet bar locks securely into place, providing enhanced safety and stability during use. -
Ductile Iron Ratchet Bar
Constructed from ductile iron for increased strength and reliable load-bearing performance. -
Welded Design
Reinforces overall durability and structural integrity, minimizing risks of wear and tear. -
Wide Pyramid Base
Offers superior stability and prevents tilting, even on uneven surfaces. -
Multi-Position Ratchet Bar
Allows quick and secure adjustments to 10 positions, accommodating varying height requirements. -
Hi-Viz Green/Black Color
High-visibility design improves safety in low-light conditions and busy environments.
Applications
-
Vehicle Maintenance
Ideal for elevating and supporting vehicles during repairs, tire changes, or inspections. -
Industrial Use
Suitable for workshops, garages, and automotive repair facilities. -
DIY Projects
Perfect for at-home mechanics and hobbyists needing reliable and sturdy support during tasks. -
Heavy Equipment Support
Provides dependable stability for heavy-duty machinery or equipment maintenance.
Benefits
-
Enhanced Safety
The locking pawl and ratchet bar design deliver a secure hold, reducing the risk of accidents or slipping. -
Durability and Strength
Built from high-grade forged steel with a welded design, offering long-lasting performance under demanding conditions.





