TM10105 Porous Titanium Plate, Ti Plate Porosity 60%

Porous Titanium Plate, Ti Plate Porosity 60% Description

Porous Titanium Plate, Ti Plate Porosity 60% is manufactured from pure titanium using powder metallurgy techniques to achieve a uniform pore structure at 60% porosity. This controlled porosity decreases overall weight while preserving the material's inherent corrosion resistance and thermal conductivity. The design facilitates improved heat dissipation and mechanical damping, making it suitable for applications that demand both lightweight characteristics and effective thermal management.

Porous Titanium Plate, Ti Plate Porosity 60% Applications

Industrial Applications
- Used as a heat exchanger component in cooling systems to achieve enhanced thermal management by leveraging the controlled 60% porosity.
- Applied as a filter medium in processing equipment to maintain temperature stability through its uniform pore structure.

Automotive Applications
- Utilised as a lightweight chassis component in engine assemblies to reduce overall vehicle weight by leveraging the porous design.
- Employed as a structural element in engine cooling systems to attain improved thermal efficiency via enhanced heat dispersion.

Porous Titanium Plate, Ti Plate Porosity 60% Packing

The plates are packaged in moisture-resistant, antistatic materials and cushioned with foam inserts to mitigate mechanical damage. Protective wrapping reduces contamination risk during storage and transit. Recommended storage is in a dry, temperature-controlled environment. Custom packaging options are available to meet specific handling and environmental requirements.

Frequently Asked Questions

Q1: How does the porosity of 60% impact the mechanical performance of the titanium plate?
A1: The 60% porosity significantly reduces the plate's weight while maintaining adequate structural strength for moderate load-bearing applications. Additionally, the increased surface area enhances thermal exchange, making it suitable for heat management.

Q2: What quality control measures are applied during manufacturing?
A2: The product undergoes precision sintering monitored with scanning electron microscopy and density evaluations. These measures ensure consistent pore distribution and uniform microstructural properties critical to its performance.

Q3: Can the plate dimensions be customised for specific applications?
A3: Yes, dimensions are tailored based on customer specifications. This customisation facilitates integration into various systems, ensuring compatibility with both mechanical and thermal design requirements.

Additional Information

Titanium materials with controlled porosity offer a strategic combination of low density and high thermal conductivity. The manufacture of porous titanium involves precision sintering, a process that creates a microstructure with consistent pore distribution, which is crucial for applications where weight reduction and effective heat dissipation are desired.

Understanding the relationship between pore structure and material performance is essential when designing components for high-performance environments. Advanced analytical techniques such as scanning electron microscopy and density measurements play a pivotal role in characterising these materials, thereby enabling engineers to optimise their designs for diverse industrial and automotive applications.