
- Production of hydraulics
- Hydraulic manifolds

Hydraulic manifolds
"Motorimpex" Production Enterprise designs and manufactures hydraulic manifolds, adapting them to specific customer requirements. The main purpose of using manifolds in hydraulic systems is to provide more efficient control of working fluid flows and at the same time simplify the design of hydraulic channels.
The manifold's base – the mounting plate – is milled on high-precision "Haas" machines. The components included in the hydraulic manifold are supplied by us from leading global hydraulic brands.
G1/2
maximum flow rate: 35 l/min
maximum working pressure: 350 bar
maximum flow rate: 160 l/min
maximum working pressure: 350 bar
maximum flow rate: 250 l/min
maximum working pressure: 350 bar
maximum flow rate: 100 l/min
maximum working pressure: 350 bar
maximum flow rate: 160 l/min
maximum working pressure: 500 bar
maximum flow rate: 100 l/min
SAE version
SAE 3/4", SAE 1", SAE 1 1/4"
maximum working pressure: 350 bar
maximum flow rate: 400 l/min
G1/4, G3/8, G1/2
maximum working pressure: 350 bar
maximum flow rate: 40 l/min
with hydraulic synchronization
maximum working pressure: 315 bar
maximum flow rate: 160 l/min
with manual synchronization
maximum working pressure: 315 bar
G1/4, G3/8
maximum working pressure: 350 bar
maximum flow rate: 150 l/min
G1/2
maximum working pressure: 350 bar
maximum flow rate: 60 l/min
G1/2
maximum working pressure: 350 bar
maximum flow rate: 60 l/min
G3/4
maximum working pressure: 350 bar
maximum flow rate: 80 l/min
G3/8
maximum working pressure: 350 bar
maximum flow rate: 40 l/min
G1/4, G3/8
maximum working pressure: 350 bar
maximum flow rate: 40 l/min
G3/8
maximum working pressure: 350 bar
maximum flow rate: 40 l/min
G3/8
maximum working pressure: 350 bar
maximum flow rate: 40 l/min
G3/8
maximum working pressure: 350 bar
maximum flow rate: 40 l/min
Category description
Hydraulic manifolds and their applications
A hydraulic manifold is a complex of hydraulic elements used to supply oil to a hydraulic system at specified flow rates. The hydraulic components are interconnected by channels inside the manifold block.
In general, a manifold includes a block with hydraulic distributors, valves, and locks mounted on or in it. They control the hydraulic energy required by hydraulic cylinders or hydraulic motors of any kind. The unique feature of a hydraulic manifold is that it can be located independently of the source of hydraulic energy and the actuator of the equipment for which the manifold is intended.
When purchasing a hydraulic manifold, it is essential to determine clearly for what purposes and equipment it will be used.
Where Are Hydraulic Manifolds Used?
This component can be used in various fields where systematic lifting of heavy loads or repeated use of directed powerful force is required, as well as with various devices with drives.
Manifolds are used in:
- Waste compactors;
- Lifting equipment;
- Port graders;
- Security gates;
- Lifting platforms with a pantograph;
- Excavators;
- Lifts and hoists;
- Log loaders;
- Lifting work platforms.
Would you like to buy a hydraulic manifold in Ukraine in just a few clicks? Send a request to our engineers for calculating the production time and cost.
Motorimpex specializes in the design and manufacture of different types of hydraulic manifolds tailored to fully meet individual needs. We take into account the necessary dimensions, output pressures, ease of installation, and operation.
With us, you will get the required manifold at a reasonable price. Hurry up and place your order!
pulling force: 6.8 t
flow rate: 60 l/min
working pressure: 155 bar
rope: 25 m x Ø 12 mm
pulling force: 4.5 t
motor displacement: 50 cm3/rev
flow rate: 5 - 45 l/min
rope: 25 m x Ø 10 mm
maximum working pressure: 290 bar
maximum displacement: 122.72 cm3/rev
maximum working pressure: 400 bar
maximum displacement of section: 75.1 cm3/rev
DN 6, 10
maximum working pressure: 315 bar
maximum flow rate: 180 l/min
capacity: 0.075–4 l
maximum working pressure: 350 bar
G3/8
maximum working pressure: 350 bar
DN 10
G1/4
maximum working pressure: 350 bar
maximum flow rate: 120 l/min
for ZF trucks
maximum continuous torque: 300 N∙m
G1/8, М5х0,8, G1/4, G3/8, G1/2
scheme: 5/2, 5/3
max. number of cycles per sec.: 5
response time: 0,05 sec