TM10101 Porous Titanium Plate, Ti Plate

Porous Titanium Plate, Ti Plate Description

Porous Titanium Plate, Ti Plate is manufactured from titanium using advanced sintering techniques that generate a network of controlled pores. The customised dimensions allow adaptation to specific design requirements in various industries. The porous structure offers reduced weight while maintaining adequate mechanical strength. Quality inspection includes microstructural evaluation via SEM to confirm pore consistency, making it suitable for applications needing controlled porosity and engineered strength.

Porous Titanium Plate, Ti Plate Applications

Industrial Applications
- Used as a filter support in chemical processing systems to achieve controlled fluid dispersion by leveraging its uniform porosity.

Healthcare Applications
- Applied as a coating support in orthopaedic implants to promote osseointegration by leveraging its biocompatible porous structure.

Aerospace Applications
- Used as a lightweight panel component in structural assemblies to achieve weight reduction by leveraging its optimised pore distribution.

Porous Titanium Plate, Ti Plate Packing

The product is packaged in a corrosion-resistant wrap with foam padding inside a sealed, rigid container to minimise mechanical damage and contamination. Keep the packaging in a dry, temperature-controlled environment to preserve material integrity. Anti-contamination measures and optional vacuum sealing are available. Packaging customisation based on size or handling requirements can be arranged upon request.

Frequently Asked Questions

Q1: What quality control measures are implemented during production?
A1: Advanced scanning electron microscopy and ultrasonic testing inspect pore uniformity and structural integrity during production. These measures help verify that the porosity and mechanical properties meet specific design specifications.

Q2: How does the porous structure affect mechanical performance?
A2: The porous configuration reduces overall weight while maintaining engineered strength for precise applications, with verified microstructural consistency ensuring the balance between reduced density and adequate tensile performance.

Q3: Can the dimensions be customised for specific engineering applications?
A3: Yes, dimensions are fully customisable. This flexibility allows for integration with various system designs and spatial constraints, meeting specific application requirements through controlled processing protocols.

Additional Information

Titanium and its alloys are widely used in engineering due to their favourable strength-to-weight ratio and corrosion resistance. Porous titanium variants introduce controlled voids that can further reduce weight without significantly compromising mechanical performance. Detailed microstructural analysis during fabrication is critical for ensuring that the porous network meets targeted engineering specifications.

The development of porous metals has expanded the application range in fields such as biomedical devices, where the interplay between porosity and biocompatibility is essential. Understanding the trade-offs between density reduction and mechanical strength is fundamental, and ongoing research in materials science continues to refine these advanced materials for more demanding applications.