Enerpac RAR1008 Aluminum Hydraulic Cylinder, 100 ton, Double-Acting

The Enerpac RAR1008 Aluminum Hydraulic Cylinder offers the strength of high-capacity lifting with the advantage of lightweight aluminum construction. Featuring a 100-ton lifting capacity and double-acting operation, this cylinder ensures fast and controlled movement in both directions, increasing efficiency and safety in critical lifting and positioning jobs.

Engineered for tough environments, the RAR1008 is nearly 50% lighter than comparable steel models, making it easier to transport and handle without sacrificing durability. Its robust aluminum body is hard-anodized for maximum corrosion resistance, while composite bearings reduce wear and extend service life. Designed for precision and reliability, this double-acting cylinder is ideal for heavy lifting, pushing, pulling, and pressing tasks in industrial workshops, construction sites, and maintenance operations.

Key Features

• 100-ton capacity with 8-inch stroke

• Double-acting design for powered extension and retraction

• Aluminum body – high strength with reduced weight for portability

• Hard-anodized finish for superior wear and corrosion resistance

• Composite bearings prevent metal-to-metal contact

• Integral stop ring for added safety against over-travel

• Collar threads and base mounting holes for flexible installation

• High-strength seals for extended service life under tough conditions

Compatible Chemicals

• Enerpac HF Series hydraulic fluids

• Biodegradable and fire-resistant hydraulic oils

Included Accessories

• CR-400 coupler

• Removable plunger saddle

• Protective dust cap

Compliance

• Meets ASME B30.1 safety standards

• Produced in ISO 9001-certified facilities

Benefits for Industrial Users

• Double-acting operation ensures faster cycle times and improved control

• Lighter aluminum build reduces operator fatigue during transport and setup

• High capacity supports the most demanding lifting and pressing applications

• Rugged design provides long-lasting, reliable performance in harsh environments