TM10104 Porous Titanium Plate, Ti Plate Porosity 50%

Porous Titanium Plate, Ti Plate Porosity 50% Description

Porous Titanium Plate, Ti Plate Porosity 50% comprises a titanium metal substrate processed through controlled sintering to achieve a uniform 50% pore structure. This design optimises weight reduction while maintaining the requisite mechanical strength. The increased pore surface area facilitates subsequent functional modifications such as catalytic or bioactive coatings. With customisable dimensions, the product meets specific industrial and research-oriented requirements. Quality checks using microstructural analysis ensure adherence to targeted porosity and performance standards.

Porous Titanium Plate, Ti Plate Porosity 50% Applications

1.       Industrial Applications
- Used as a filter element in high-temperature processing systems to achieve efficient particle separation by leveraging its controlled porosity.

2.       Biomedical Applications
- Applied as an implant surface to enhance osseointegration outcomes by leveraging increased surface roughness from the porous structure.

3.       Aerospace Applications
- Serves as a lightweight structural component in airframe assemblies to achieve weight reduction while maintaining balanced mechanical properties.

Porous Titanium Plate, Ti Plate Porosity 50% Packing

The plate is packaged in moisture-resistant, anti-static wraps and cushioned foam inserts within a sealed, rigid container to mitigate mechanical damage and surface abrasion. The packaging is designed to prevent contamination during transit and storage. Customised packaging options, such as compartmentalised foam or additional labelling, are available based on specific handling requirements. Storage in a controlled, dry environment is recommended to maintain material characteristics.

Frequently Asked Questions

Q1: What verification methods are used to analyse the pore structure?
A1: Scanning electron microscopy (SEM) and X-ray computed tomography (CT) are used to assess pore uniformity and distribution, ensuring the 50% porosity specification is met. These methods precisely characterise microstructural attributes for quality control.

Q2: How does the 50% porosity impact the mechanical performance of the plate?
A2: The 50% porosity reduces overall density and weight, increases surface area, and provides enhanced energy absorption. However, it also requires a balance to maintain sufficient mechanical strength, which is validated through rigorous microstructural assessments.

Q3: What customisation options are available for this product?
A3: Customers can specify custom dimensions and, in some cases, adjust processing parameters to modify the pore structure. This allows optimisation for specific application demands, aligning the material’s performance with design requirements.

Additional Information

Porous titanium plates are an integral component in fields that prioritise weight reduction without a dramatic compromise in strength. Advances in powder metallurgy and sintering techniques have enabled precise control over pore size and distribution, which is essential for tailoring material properties to demanding industrial applications.

Research and development in materials science continue to explore the benefits of controlled porosity in metals. By understanding how pore morphology influences mechanical and surface properties, engineers can better design products for applications ranging from biomedical implants to high-performance filters, underscoring the importance of such materials in modern engineering solutions.