13GPM Hydraulic Log Splitter Pump 2 Stage 3000 PSI Gear Pump
Tools, Home & Hobby
2K+ Sold
Tools, Home & Hobby
2K+ Sold
Turn tough firewood into manageable pieces with reliable hydraulic power built for demanding jobs. The hydraulic log splitter pump delivers fast, steady performance with a 13 GPM flow rate, 3000 PSI pressure capacity, and durable aluminum alloy housing. Designed for log splitter owners, repair projects, and equipment upgrades, this hydraulic pump helps improve splitting efficiency while supporting various hydraulic applications. Its 2-stage design, standard connections, and rugged construction make it a dependable choice for log splitter pump replacements and custom setups.
Key Features
- Powerful 13 GPM flow rate with up to 3000 PSI operating pressure and 3600 RPM speed for efficient wood splitting performance.
- 2-stage hydraulic design balances faster cycling with strong splitting force when handling tougher logs.
- Built with corrosion-resistant aluminum alloy housing for durability in outdoor working conditions.
- Features a 1-inch inlet, 1/2-inch NPT outlet, 1.5-inch shaft length, and 1/2-inch shaft diameter for broad compatibility.
Why Choose Our 13GPM Hydraulic Log Splitter Pump 2 Stage 3000 PSI Gear Pump
Unlike basic single-stage pumps that may struggle with speed and power balance, this 2-stage hydraulic gear pump provides efficient performance for both quick movement and high-pressure splitting tasks. Its durable aluminum construction, low-noise operation, and versatile compatibility make it a practical upgrade for many log splitters, presses, machine tools, and snowplow hydraulic systems.
Perfect For (Occasions & Uses)
Ideal for homeowners preparing firewood, farmers, workshop users, equipment repair specialists, and anyone upgrading or replacing a hydraulic pump. Suitable for small engine mounting log splitters, hydraulic presses, machine tools, and snowplow systems.
Upgrade your equipment with the 13GPM Hydraulic Log Splitter Pump 2 Stage 3000 PSI Gear Pump and enjoy smoother operation, dependable power, and more efficient splitting every time.
