Selecting the right trunnion mount hydraulic cylinder improves alignment, load distribution, and durability in demanding jobs. This guide highlights five top options best suited for American workshop needs, spanning log splitting, universal cross-tube designs, and robust dual-acting configurations. Each entry notes key specs, mounting features, and typical applications to help you compare performance and compatibility quickly.
| Product | Brand | Key Bore / Stroke | Mount Type | Best For |
|---|---|---|---|---|
| ToolTuff Trunnion Mount Log Splitter Cylinder | ToolTuff | 4.5″ Bore / 24″ Stroke | Trunnion Mount with mounting bracket | Heavy-duty log splitting, valve mounting |
| Magister Hydraulics Cross Tube 2″ Bore 16″ Stroke | Magister Hydraulics | 2″ Bore / 16″ Stroke | Cross tube welded | Compact universal applications |
| AMRAP HYDRAULICS 2×24 Hydraulic Cylinder | AMRAP HYDRAULICS | 2″ Bore / 24″ Stroke | Welded double acting with SAE 6 ports | Heavy-duty linear actuation |
| Magister Hydraulics Universal 2″ Bore 22″ Stroke | Magister Hydraulics | 2″ Bore / 22″ Stroke | Welded cylinder, universal | Flexible DIY projects |
| Magister Hydraulics Tang Universal 2″ Bore 18″ Stroke | Magister Hydraulics | 2″ Bore / 18″ Stroke | Tang-style cross tube | Durable universal mounting |
ToolTuff Trunnion Mount Log Splitter Cylinder

The ToolTuff model uses a 4.5-inch bore (5-inch outer diameter) with a 24-inch stroke, and features a trunnion mounting setup with two lateral protrusions near the ram end. A mounting bracket is included for the valve on one trunnion. This configuration supports heavy lifting and straightforward valve integration in log-splitting or similar hydraulics setups, combining rugged build quality with practical mounting versatility.
Key aspects:
– Bore: 4.5″ (OD 5.0″), Stroke: 24″
– Trunnion mounts on the ram end
– Bracket provided for valve mounting on one trunnion
– Suitable for high-force applications with robust mounting
Magister Hydraulics Cross Tube 2″ Bore 16″ Stroke

Magister Hydraulics presents a welded cross-tube cylinder with a 2-inch bore and 16-inch stroke. It’s designed and manufactured in-house, offering a reliable, no-reseller option. With SAE 6 ports (O-ring boss) and a 3,500 PSI rating, this unit supports consistent performance in universal hydro-mechanical tasks while delivering a compact profile for tight installations.
Key aspects:
– Bore: 2″ / Stroke: 16″
– Cross tube welded design
– 3500 PSI rating; SAE 6 ports
– All-welded construction for durability
AMRAP HYDRAULICS 2×24 Hydraulic Cylinder

This welded double-acting cylinder offers a 2-inch bore and a 24-inch stroke, with SAE 6 ports and robust construction built to resist corrosion and harsh outdoor conditions. It provides a strong payload capacity and a compact all-welded design, suitable for heavy-duty actuation where a longer stroke is beneficial in limited spaces.
Key aspects:
– Bore: 2″ / Stroke: 24″
– Double-acting, welded design
– SAE 6 ports; 3500 PSI rating
– Solid column load capacity and corrosion resistance
Magister Hydraulics Universal 2″ Bore 22″ Stroke

Magister Hydraulics emphasizes in-house manufacturing with this welded universal cylinder featuring a 2-inch bore and a 22-inch stroke. It’s designed for flexible DIY projects and universal actuation needs, offering a 3,500 PSI rating and SAE 6 ports. The unit emphasizes reliability and a sturdy build for repeated use in varied setups.
Key aspects:
– Bore: 2″ / Stroke: 22″
– Welded universal cylinder design
– 3500 PSI rating; SAE 6 ports
– In-house manufacturing focus for consistency
Magister Hydraulics Tang Universal 2″ Bore 18″ Stroke

This tang-style universal cylinder from Magister Hydraulics uses a 2-inch bore and an 18-inch stroke. The tang cross-tube mounting provides a stable alignment for multidirectional applications, with a 3,500 PSI rating and SAE 6 ports. It’s suited for equipment that requires dependable torque distribution and solid mounting geometry.
Key aspects:
– Bore: 2″ / Stroke: 18″
– Tang universal cross-tube design
– 3500 PSI, SAE 6 ports
– Robust welded construction and durable mounting geometry
Buying Guide: Key Purchase Considerations
- Mounting compatibility: Verify whether the trunnion, cross-tube, or tang mounting matches your existing hardware or project needs. Trunnion mounts are often preferred for simplicity and reduced misalignment, while cross-tube and tang styles can offer wider mounting options.
- Bore and stroke: Choose a bore size that matches the required force, and a stroke length that provides adequate travel without overextending the system. Larger bores deliver more force, while longer strokes enable greater reach.
- Port configuration and pressure rating: Ensure SAE port compatibility (e.g., SAE 6) and confirm the working pressure (commonly 3,500 PSI) aligns with your hydraulic system.
- Construction and durability: All-welded designs and corrosion-resistant finishes improve longevity in outdoor or rugged environments. Look for units rated for harsh conditions if exposure is expected.
- Manufacturer reliability: Consider products from established brands with in-house manufacturing when possible, as this can impact consistency, availability of parts, and support.
- Intended application: Align the product with your primary use—log splitting, universal actuation, or heavy-duty industrial tasks—to ensure the mounting geometry and stroke meet operational demands.
- Port accessibility: Check the location and ease of port connections for hoses and fittings, to simplify installation and maintenance.
- Size and footprint: Ensure the cylinder’s external dimensions fit within the available space in your machine or setup, especially in tight installations.
Compared options summarize trade-offs between mounting type, stroke, and diameter:
– Trunnion mount (ToolTuff) offers straightforward installation and valve mounting on a trunnion, suitable for robust, straightforward uses.
– Cross-tube designs (Magister Cross Tube, AMRAP 2×24) emphasize versatile mounting and longer reach in a compact footprint.
– Tang-style (Magister Tang) combines angular mounting advantages with stable alignment, beneficial for multidimensional loads.
– Larger bores (2″ and above) deliver higher force, but may require stronger mounting supports and sturdier frames.
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