Choosing the right 16-inch hydraulic cylinder is essential for reliable linear force in agricultural, industrial, and construction tasks. The following selections cover common bore sizes, high-pressure ratings, and rugged all-welded constructions, offering options for different mounting styles, ports, and load capacities. Each product is evaluated on build quality, corrosion resistance, and sealing integrity to minimize leakage and downtime. Read on to compare features and identify the best fit for your equipment and workflow.
| Product | Bore | Stroke | Ports | Rated PSI | Approx. Load Capacity |
|---|---|---|---|---|---|
| 3×16 AMRAP HYDRAULICS | 3.0 in | 16 in | SAE #8 | 3500 | 21,200 lbs |
| 1.5×16 AMRAP HYDRAULICS | 1.5 in | 16 in | SAE #4 | 3500 | 5,300 lbs |
| 2.5×16 AMRAP HYDRAULICS | 2.5 in | 16 in | SAE #8 | 3500 | 14,720 lbs |
| 2×16 AMRAP HYDRAULICS | 2.0 in | 16 in | SAE #6 | 3000 | 9,420 lbs |
| Magister Hydraulics 2×16 | 2.0 in | 16 in | SAE #6 | 3500 | 9,400 lbs |
The selections emphasize welded cross-tube designs for solid mounting and longevity, with corrosion-resistant seals and robust steel construction to handle outdoor or rugged shop environments. When choosing, consider bore size for force, stroke length for travel, and port size for hose compatibility. Safety considerations include proper mounting, load limits, and avoiding side loads which can reduce cylinder life.
3×16 Hydraulic Cylinder – 3″ Bore 16″ Stroke
The AMRAP HYDRAULICS 3×16 cylinder features a 3″ bore (OD 3.38″), 16″ stroke, and a 3500 PSI rating. Its welded cross-tube design provides a sturdy, all-welded construction with heavy-duty steel and corrosion resistance. The 1″ pin holes and female SAE ports support straightforward mounting and hose connections. A compact seal system aims to minimize leakage and protect internal components from rust particles, suitable for demanding outdoor jobs and high-load applications.
Wen WT2016 Cross Tube Hydraulic Cylinder
The Wen WT2016 offers a 2″ bore with a 16″ stroke in a double-acting welded design that reaches up to 3000 PSI. The SAE-6 port connection (9/16-18 UNF) supports common hydraulic hoses. This cylinder emphasizes a balance between compact size and reliable power for auxiliary machinery, loaders, and compact agricultural equipment. The hardened steel construction and welded body reduce flexing under load while preserving seal integrity.
1.5×16 Hydraulic Cylinder – 1.5″ Bore
This 1.5″ bore AMRAP HYDRAULICS cylinder provides 16″ of stroke with a 3500 PSI rating. Its all-welded design uses heavy-duty steel and provides a robust structure for long service life in harsh environments. The SAE #4 ports facilitate straightforward integration with standard hydraulic hoses, while the compact seals are designed to resist leakage and rust particles.
Double Acting Universal Cylinder – 2900-3600 PSI
Designed for versatile industrial use, this double-acting cylinder accommodates a wide range of equipment. It features chrome-plated piston rod for rust resistance and is built to handle pressures up to 3600 PSI. While the provided data highlights versatility, the 16″ stroke aligns with standard linear actuation tasks, offering reliable performance across different machines.
2.5×16 AMRAP HYDRAULICS – 2.5″ Bore
With a 2.5″ bore and 16″ stroke, this welded double-acting cylinder uses SAE 8 ports and a 3500 PSI rating. The high load capacity (approximately 14,720 lbs) and durable cross-tube construction make it suitable for heavy-duty lifting, pressing, or pulling applications in industrial settings. Seal quality and corrosion resistance are emphasized to minimize leaks and maintenance.
2×16 AMRAP HYDRAULICS – 2″ Bore
This 2″ bore cylinder features a 16″ stroke with SAE #6 ports and a 3000 PSI rating. The clevis end design offers a mounting option on the cylinder body, simplifying integration into equipment where a welded clevis connection is preferred. The unit is built with welded components for strong performance in demanding environments and includes secure seals to curb leakage.
Magister Hydraulics – 2×16
Magister Hydraulics markets the 2×16 model as a welded, double-acting cylinder with a 2″ bore and 16″ stroke. Rated at 3500 PSI and with a 9,400 lb column load, this unit emphasizes manufacturer-level quality while maintaining compatibility with SAE 6 ports. Ports are designed for reliable hose connections and resistance to pitting and leakage with robust seals.
Kingway – 1.5″ Bore 16″ Stroke
Kingway’s cross-tube cylinder uses a 1.5″ bore and 16″ stroke with 3500 PSI and a 5300 lb load capability. It features SAE#6 ports and 0.75″ pin holes, enabling straightforward integration with common front-end loaders and agricultural machinery. The hard chrome plating provides corrosion resistance for outdoor usage and long service life.
Buying Guide: Key Considerations for 16-Inch Cylinders
- Force and Load: Compare bore size and rated PSI to determine the available linear force. Larger bores deliver more thrust, but may require more mounting strength and space.
- Stroke and Travel: Ensure the stroke length aligns with the needed travel distance in your application. A standard 16″ stroke suits many lifting and positioning tasks, but verify clearance.
- Mounting Style: Clevis, welded cross-tube, or flange mounts affect installation. Cross-tube designs offer robust mounting for heavy loads, while clevis mounts can simplify alignment.
- Ports and Seals: SAE ports and O-ring boss configurations influence hose compatibility and leak resistance. High-quality seals reduce rust particle ingress and improve longevity.
- Material and Corrosion Resistance: Look for heavy-duty steel construction and chrome-plated rods when exposure to outdoor elements is a concern.
- Operational Range: Consider the required working pressure (PSI) and the column load. A balanced selection reduces wear and helps maintain performance under peak loads.
- Compatibility: Verify port size, thread type, and mounting dimensions with existing equipment to minimize modification work.
- Maintenance: Choose units with accessible seals and straightforward disassembly for routine maintenance and repairs.
These considerations help compare products across brands while focusing on reliability, maintenance needs, and total cost of ownership. Always ensure safety guidelines are followed when installing heavy hydraulic cylinders, including securing loads and using proper protective gear during maintenance.
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