Hydraulic Powder Metallurgy Press
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Hydraulic Powder Metallurgy Press

A hydraulic press for powder metallurgy is used to compact metal powders into shaped blanks before sintering or further processing. In this type of application, steady pressing force, smooth slide movement, and enough room for the die are all important. The right press also needs to match the size and shape of the powder compact being produced.
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Product Introduction

Product Description

 

A hydraulic press for powder metallurgy is used to compact metal powders into shaped blanks before sintering or further processing. In this type of application, steady pressing force, smooth slide movement, and enough room for the die are all important. The right press also needs to match the size and shape of the powder compact being produced.
The Y41 series covers a range of pressing capacities from 200 to 3150 kN, giving manufacturers several options for different production needs. Smaller models can be used for compact powder parts, while higher-capacity machines are available for larger and heavier components. Depending on the tooling and process, the equipment can also be used for pressing, fitting, straightening, forming, and similar operations.
When choosing a powder metallurgy press, tonnage is only one part of the picture. Die dimensions, die height, slide stroke, throat depth, and available working space can all affect how practical the machine is on the shop floor. For this reason, we recommend selecting the configuration around the actual part and production process rather than choosing a machine based on force alone.

product-800-800

 

Key Features

 

  • Pressing force from 200 to 3150 kN depending on the selected model.
  • Slide stroke from 260 to 600 mm for different tooling and forming requirements.
  • Maximum open height up to 1000 mm on the largest model.
  • Throat depth up to 360 mm, providing more room for tooling and workpiece positioning.
  • Different working areas available to suit various die and part dimensions.
  • Hydraulic drive system for smooth and controlled slide movement.
  • Motor power from 3 to 15 kW depending on the machine configuration.
  • Compatible with different dies and tooling arrangements used in powder pressing applications.
  • Multiple force options make it easier to select a machine without paying for unnecessary capacity.
product-800-800

 

Materials and Construction

 

The press frame is made from heavy-duty structural steel and designed to handle the loads generated during powder compaction. The rigid frame helps keep the machine stable during repeated pressing cycles and reduces unwanted deformation under load. Major structural components are welded and then machined to achieve the required dimensional accuracy.
The worktable provides a stable mounting surface for the die and workpiece. Its size varies with the machine model, giving users different options depending on the tooling arrangement. For powder pressing, secure die installation is particularly important because even small movement during compaction can affect the final part.
The hydraulic system includes the main cylinder, pump, valves, hydraulic lines, and sealing components. These components are selected according to the machine's rated force and intended working conditions. The hydraulic drive gives the slide a smooth and controlled movement, which is useful when the powder needs to be compacted evenly inside the die.
The machine configuration can also be matched to different tooling requirements. This makes the Y41 series a practical option for manufacturers producing several types of powder components and looking for one press that can handle different dies.
product-800-800

 

Technical Parameters

 

Model

Nominal Force (kN)

Slider Stroke (mm)

Max. Opening Height (mm)

Effective Working Area L × W (mm)

Motor Power (kW)

Y32-100T

1,000

260

440

640 × 550

5.5

Y32-150T

1,500

260

350

640 × 550

5.5

Y32-200TA

2,000

500

800

720 × 700

11

Y32-200TB

2,000

500

800

1,000 × 1,000

11

Y32-250TA

2,500

500

720

720 × 700

11

Y32-250TB

2,500

500

800

1,200 × 1,100

15

Y32-315TA

3,150

500

800

800 × 700

15

Y32-315TB

3,150

600

700

1,000 × 1,000

18.5

Y32-315TC

3,150

600

900

1,600 × 1,500

18.5

Y32-315TD

3,150

800

1,250

1,700 × 1,100

22

Y32-500TA

5,000

700

1,000

1,400 × 1,400

22 × 2

Y32-500TB

5,000

700

1,000

3,000 × 2,200

22 × 2

Y32-630TA

6,300

800

1,300

1,400 × 1,400

22 × 2

Y32-630TB

6,300

700

1,200

3,000 × 2,200

22 × 2

Y32-800TA

8,000

700

1,200

1,200 × 1,500

22 × 2

Y32-800TB

8,000

800

1,200

3,200 × 2,200

22 × 2

Y32-1000TA

10,000

800

1,500

1,500 × 1,300

30 × 2

Y32-1000TB

10,000

1,000

1,500

3,000 × 2,500

30 × 2

Y32-1200T

12,000

1,100

1,700

3,500 × 2,000

37 × 2

Y32-1600TA

16,000

1,000

1,300

1,600 × 1,700

45 × 2

Y32-1600TB

16,000

800

1,500

2,000 × 2,000

45 × 2

Y32-2000T

20,000

1,000

1,300

1,600 × 1,800

45 × 2

 

Advantages

 

One of the biggest benefits of this range is the choice of pressing force. A compact Y41-20T or Y41-40T can be enough for smaller powder components, while the Y41-100T, Y41-200T, and Y41-315T provide considerably more force for larger or denser powder blanks.
Slide travel is another point worth considering. The smaller machines offer 260–280 mm of stroke, while the Y41-315T reaches 600 mm. This extra travel can be useful when working with taller dies or when the tooling requires more clearance during loading and unloading.
Working area also varies across the range. The Y41-20T and Y41-40T provide a 520 × 420 mm working area, while the largest Y41-315T offers 1000 × 700 mm. Having different table sizes means you can choose a machine that fits the tooling without taking up more workshop space or adding unnecessary capacity.
Another advantage of a hydraulic press for powder metallurgy is the flexibility of the hydraulic system. Pressing force and machine configuration can be matched to the production process, making the equipment suitable for manufacturers that handle different powder materials or produce several part sizes.
Before placing an order, it is useful to check the die dimensions, powder characteristics, finished part size, required pressing force, and expected output. With these details, we can help narrow down the suitable model and avoid choosing a machine that is significantly larger than the actual application requires.
product-800-800

 

Services

Before Ordering

We can help you select the right powder metallurgy press based on your actual production requirements, including:

  • Pressing force selection
  • Part and die dimension review
  • Working area consultation
  • Slide stroke selection
  • Tooling requirement discussion
  • Technical configuration preparation

Manufacturing & Quality Control

Before shipment, the main machine components and systems are checked, including:

  • Frame manufacturing and inspection
  • Hydraulic component inspection
  • Drive system testing
  • Electrical system testing
  • Trial operation
  • Final pre-shipment inspection

After-Sales Support

After delivery, technical assistance is available for:

  • Machine installation
  • Commissioning guidance
  • Operating support
  • Spare parts supply
  • Maintenance recommendations
  • Remote technical assistance

 

FAQ

 

Q: What is a hydraulic press for powder metallurgy used for?

A: Its main purpose is to compact metal powder inside a die to produce a shaped blank with the required dimensions and density before sintering or further processing. The actual pressing conditions depend on the powder material, part geometry, and production process.

Q: How do I choose the right pressing force?

A: The required force depends on several factors, including powder material, part size, part geometry, die design, target density, and the specific compaction process. Providing these details allows us to recommend a suitable pressing capacity.

Q: What is the maximum slide stroke available?

A: The maximum slide stroke in this range is 600 mm, available on the Y41-315T model with a rated force of 3150 kN.

Q: Can the press be used for applications other than powder metallurgy?

A: Yes. Depending on the tooling and working conditions, the equipment can also be used for pressing, forming, fitting, straightening, and other suitable metalworking operations.

Q: Can the machine be matched to a specific die?

A: Yes. Die dimensions, required stroke, working area, open height, and pressing force can all be considered when selecting the machine configuration.

Q: What information should I provide for equipment selection?

A: A part drawing is helpful, along with the powder material, workpiece dimensions, die size, production process, required pressing force, and expected production capacity. The more application details you provide, the more accurately we can recommend a suitable press.

 

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