Automatic High Temperature Heated Hydraulic Press Machine with Heated Plates for Lab

Introduction

The High Temperature Hot Press is a machine specifically designed for pressing, sintering and processing materials in a high temperature environment. It is capable of operating in the range of hundreds of degrees Celsius to thousands of degrees Celsius for a variety of high temperature process requirements.

Applications

High temperature hot presses are widely used in the following areas:

High-temperature alloy manufacturing: used to manufacture aero-engine components, spacecraft materials, etc.

Powder metallurgy: used for manufacturing precision parts and metal products with complex structure.

Ceramic materials: used for sintering and processing of high temperature ceramics.

Electronic materials: for manufacturing semiconductor materials and magnetic materials.

Detail&part

• Step 1: Select the data screen and enter the setting interface
• Step 2: Select "Programmable segment setting"
• Step 3: There are 20 temperature rise control programs in the program, select the first segment
• Step 4: According to the experimental requirements, set the temperature and heating speed of the first segment
• Step 5: If multiple temperature rise programs are required, you can set the 20 segments
• Step 6: After setting, press the main interface to return to the operation interface
• Step 7: On the main interface, press "Heating Start".
• Step 8: The equipment starts to heat up according to the program.
• Step 9: The equipment stops automatically after heating. If the setting is wrong, such as the set temperature is not reached within the specified time, the equipment will automatically terminate.

Principle

High-temperature hot presses utilize the physical and chemical effects of high-temperature and high-pressure environments to press, sinter, and process materials by applying high pressure and temperature to the materials, prompting the rearrangement or crystallization of the material molecules. Under high temperature conditions, the material atoms can cross the energy barriers more easily, which is conducive to chemical reactions, grain growth and material densification, and thus improve the mechanical properties and heat resistance of the materials, as well as the manufacture of complex structural materials.

Characteristics

High-temperature operating capability: Capable of stable operation at extremely high temperatures, up to thousands of degrees Celsius.

Precise control: Equipped with precise temperature control and pressure control systems to ensure accurate and repeatable processing.

Adaptation to diverse materials: capable of handling various types of materials, including metals, ceramics, composites, etc.

High performance: equipment design and process optimization allow for high productivity and the ability to produce high quality products in large quantities.

Advantages

Customized processing: Ability to tailor processes and production solutions to specific needs.

Innovative material development: supports the development and research of new materials and promotes the advancement of material science and engineering technology.

Enhancement of product performance: Improvement of mechanical properties, heat resistance and corrosion resistance of materials through high temperature hot pressing treatment.

Energy saving and environmental protection: optimize design and high-efficiency operation to reduce energy consumption and environmental impact.

Technical specifications

Instrument model	PHA
Pressure range	0-10T
Pressure process	Program pressurization-Program pressure maintenance-timed pressure release
Pressure holding time	1 second~∞ seconds
Cylinder stroke	80mm
Heating temperature	Maximum 1000℃
Mold material	Nickel-based alloy (high temperature resistant material)
Sample size	Medium 10-30mm
Mold shape	Medium 50*90mm
Furnace diameter	Medium 60mm
Complete machine size	400*380*780 (L*W*H)
Power supply	220V 50Hz
Powder tablet press size diagram

Operation steps

1. Place the sample in the mold.

2. Place the mold in the hot press.

3. Set the required pressure and holding time.

4. Pre-press the sample.

5. Enter the data screen, set the heating temperature and heating time, and you can set up to 20 heating programs.

6. Return to the main interface, click Heating, and start heating.

7. When the temperature reaches the set temperature, start pressurizing.

8. Take out the sample

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