When choosing a two-stage hydraulic pump for a wood splitter, performance, durability, and compatibility matter most. The following selections cover a range of flow rates, pressures, and build materials to help you identify a model that matches your splitter’s power needs and mounting space. Each entry highlights core specifications and typical applications to aid comparison.
Summary of Selected Products
| Product | Brand | Flow | Pressure | Inlet/Outlet | Notes |
|---|---|---|---|---|---|
| RYFT Wood Log Splitter Pump 16GPM | RYFT | 16 GPM | 3000 PSI | 1/2″ NPT outlet, 1″ inlet | |
| VEVOR Hydraulic Wood Log Splitter Pump 13GPM | VEVOR | 13 GPM | 3000 PSI | 1″ inlet, 1/2″ NPT outlet | |
| VEVOR Hydraulic Wood Log Splitter Pump Kit 16 GPM | VEVOR | 16 GPM | 4000 PSI | 1″ inlet, 1/2″ NPT outlet | |
| Nakkaa 16GPM 2 Stage 3000PSI Pump | Nakkaa | 16 GPM | 3000 PSI | 1″ inlet, 1/2″ NPT outlet | |
| Tivora 28 GPM Hydraulic Pump | Tivora | 28 GPM (first stage) + 7.6 GPM (second) | 4000 PSI | 1″ NPT inlet, 3/4″ outlet |
RYFT 16GPM Two-Stage Pump For Wood Splitters
The RYFT 16 GPM two-stage hydraulic pump is designed for wood splitters requiring faster cycles and higher peak pressure. With a maximum 3600 RPM and up to 3000 PSI, this unit balances speed and power for efficient splitting. Its aluminum housing and steel end plate deliver durability under demanding outdoor use. Standard 1/2″ NPT outlet and 1″ inlet ports support straightforward integration into common splitter circuits.
VEVOR 13GPM 2-Stage Pump For Wood Splitters
VEVOR’s 13 GPM, 2-stage pump reaches up to 3000 PSI and runs at 3600 RPM. It emphasizes sealing reliability with a standardized 1″ inlet and 1/2″ NPT outlet. The rugged aluminum alloy construction supports prolonged outdoor operation, and the unit is compatible with a variety of small engine mount setups. The kit-focused offering adds extra utility for OEM replacements.
VEVOR 16 GPM Pump Kit 2-Stage 4000 PSI
This VEVOR kit combines a 16 GPM, 2-stage pump with a 4000 PSI rating and a complete build package. The unit uses a 1″ inlet and a 1/2″ NPT outlet, with a 1.5″ shaft length and chosen shaft diameter to ensure tight sealing and alignment in many wood splitter architectures. The included directional valve and hardware streamline installation for DIY builds or OEM replacement projects.
Nakkaa 16GPM 2-Stage 3000PSI Pump
Nakkaa’s 16 GPM pump delivers robust performance at 3000 PSI with a 3600 RPM top speed. The unit’s aluminum housing and 1″ inlet, 1/2″ NPT outlet arrangement mirror common splitter configurations. The design emphasizes reliability and longevity for repeated cycles during wood processing tasks.
Tivora 28 GPM 2-Stage 4000 PSI Pump
Tivora offers a high-flow option with a first-stage 28 GPM and second-stage 7.6 GPM, designed for heavy-duty wood splitting. Capable of 4000 PSI, this model supports fast approach and retraction of actuators. It uses a 1″ NPT inlet and a 3/4″ outlet, with an SAE mount for straightforward installation in larger splitter systems. It is best suited for ambitious DIY builds or commercial setups requiring high throughput.
Weonefit 22 GPM 2-Stage Pump Kit
Weonefit’s 22 GPM, 2-stage pump operates up to 4000 PSI and includes a full build kit with a directional valve, installation base, bolts, and accessories. The 1-1/4″ inlet and 3/4″ NPT outlet specification supports broader compatibility, while the 1.5″ shaft length and 0.6″ shaft diameter help optimize sealing integrity across varied configurations.
VEVOR 11GPM 2-Stage 3000PSI Pump
VEVOR’s 11 GPM, 2-stage pump provides a compact option for smaller splitters or retrofit projects. Operating up to 3000 PSI, it features a 1″ inlet and 1/2″ NPT outlet, with a focus on durability through aluminum alloy construction. Its design supports reliable operation in constrained spaces without sacrificing basic performance.
Buying Guide: Key Purchase Considerations
- Flow versus pressure: Higher GPM speeds up cycle times but may require more powerful motors and sturdy mounts. Higher PSI supports tougher cuts but demands stronger components and sealing.
- Inlet/outlet sizing: Match the pump ports to your splitter’s hydraulic circuit to avoid adapters that can leak or reduce efficiency. Common setups include 1″ inlet and 1/2″ NPT outlet.
- Mounting and compatibility: Check shaft diameter and length, rotation direction, and SAE or standard mounting patterns. Aluminum housings save weight, while cast iron may endure harsher environments.
- Build quality and durability: Look for corrosion-resistant materials, robust end plates, and proven two-stage designs that optimize both speed and pressure.
- Kit inclusions: Some options come with valves, bases, or installation hardware. Kits simplify DIY installations and OEM replacements.
- Temperature and duty cycle: Continuous operation at high pressures requires pumps designed for prolonged duty cycles and effective cooling.
- Noise and maintenance: Consider units with smoother operation and accessible seals for easier maintenance and longer service life.
When selecting, compare your splitter’s specifications, including required PSI, cycle rate, and available mounting space. If your work involves frequent heavy-tire or log processing, a higher PSI rating and larger GPM may reduce overall cycle time and improve efficiency. For casual or occasional use, mid-range GPM with solid durability often provides the best balance of cost and performance.