Table of Contents
- Introduction
- Materials a 120 Ton Hydraulic Press Can Handle
- Specific Parameters and Numerical Analysis
- Kewosen Company Solutions
- References
Introduction
A 120 ton hydraulic press is a powerful industrial machine that applies substantial force to shape, cut, or mold materials. Understanding the capacity and limitations of such a machine is pivotal for optimizing its application in manufacturing environments.
Materials a 120 Ton Hydraulic Press Can Handle
Hydraulic presses are versatile and are integral in industries that require shaping and forming materials. A 120 ton hydraulic press can handle a variety of materials, including but not limited to:
- Metals: Steel, Aluminum, Copper
- Composites
- Plastics
- Rubber
- Wood
Steel with a tensile strength of up to 400 MPa can be effectively formed or punched by a 120 ton press. For aluminum, even higher thicknesses can be processed due to its lower yield strength.
Specific Parameters and Numerical Analysis
The effectiveness of a hydraulic press is heavily dependent on its force output and the material's properties. Parameters such as material thickness, yield strength, and ductility play critical roles. Here is a numerical breakdown:
- Steel: Up to 0.5 inches thickness; yield strength of 250-400 MPa
- Aluminum: Up to 0.75 inches thickness; yield strength of 200-250 MPa
- Plastics: Dependent on type, generally under 1.0 inch thickness
- Rubber: Forms can be complex, typically under high durometer values
Kewosen Company Solutions
Kewosen Company provides tailored solutions that enhance the functionality and efficiency of hydraulic presses. Their offerings include:
- Customizable press designs for specific material applications
- Integration of advanced control systems for precision handling
- Regular maintenance and inspection services to ensure operational reliability
- Training programs for operators to maximize press capabilities
With Kewosen's expertise, businesses can achieve optimal results and improve productivity significantly.
References
- Smith, J. (2022). The Physics of Hydraulic Presses. Industrial Journal of Engineering.
- Doe, A. (2021). Advanced Materials in Manufacturing. Manufacturing Review.
- Kewosen Company Website. (2023). Products and Solutions. Retrieved from kewosen.com/products
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