TB704

OXPLO Hydraulic System Engineering Advantages

Who We Are

At OXPLO, our forklifts feature hydraulic systems designed for precision, durability, and reliable operation. We integrate internationally recognized components, high-quality tubing, and reinforced hoses to ensure smooth, controlled, and long-lasting hydraulic performance.

What Problems We Help You Solve

In industrial environments, hydraulic systems often encounter:

1.Unstable oil flow causing jerky or imprecise cylinder movements

2.Contaminated hydraulic oil leading to filter clogging and component wear

3.Hose failures under high-pressure conditions

4.Frequent maintenance needs and unexpected downtime

These issues reduce operational efficiency, compromise safety, and increase lifetime operating costs.

Why You Can Trust OXPLO Engineering

OXPLO hydraulic systems are built with system-level precision and durability.

1.International-Grade Hydraulic Gear Pump

①Accurate and stable oil flow ensures consistent system pressure

②Smooth and reliable actuator response

③Reduces shocks to cylinders for linear, controlled movement

④Improves operational stability and handling precision

2.High-Cleanliness Galvanized Hydraulic Tubing

①Precision bright tubes with oxygen-free quenching for smooth, clean internal surfaces

②Galvanized for corrosion and wear resistance

③Ensures hydraulic oil purity, extending filter life and reducing maintenance frequency

④Durable for harsh industrial environments

3.Four-Layer Reinforced Hydraulic Hoses

①Inner rubber layer, two steel wire braided layers, and outer protective rubber

②Withstand high internal pressure without deformation or burst

③High-pressure resistance and long-term durability in demanding conditions

④Reduces risk of hydraulic failure, ensuring stable operation

What You Gain When Choosing OXPLO

1.Smooth and precise actuator movement during lifting and attachments

2.Stable system pressure and reliable hydraulic response

3.Lower maintenance frequency and reduced downtime

4.Extended service life of hydraulic components

5.Higher operational efficiency, longer working hours, and lower total operating cost