TM10103 Porous Titanium Plate, Ti Plate Porosity 40%

Porous Titanium Plate, Ti Plate Porosity 40% Description

Porous Titanium Plate, Ti Plate Porosity 40% is manufactured using controlled powder metallurgy techniques to achieve a 40% void fraction. This regulated porosity modulates density and enables specific permeability properties while retaining titanium’s inherent corrosion resistance. The customised dimensions ensure compatibility with engineered assemblies and specialised equipment. The product’s microstructural uniformity contributes to predictable mechanical performance and thermal management in demanding industrial applications.

Porous Titanium Plate, Ti Plate Porosity 40% Applications

Industrial Applications
- Used as a lightweight structural element in heat exchangers to enhance fluid flow by leveraging its 40% porous architecture, which facilitates efficient thermal exchange.
- Applied as a support component in chemical processing systems to achieve controlled diffusion and reduced weight through precise pore distribution.

Medical Applications
- Serves as a scaffold in bone tissue engineering to promote cellular integration by utilising its interconnected porous network, which assists in nutrient transport.
- Used as an implant framework in orthopaedic devices to better match the elastic modulus of natural bone, reducing stress shielding and encouraging tissue in-growth.

Porous Titanium Plate, Ti Plate Porosity 40% Packing

The product is packaged in a sealed, cushioned container with anti-static foam inserts to protect against physical shocks and contamination. It is wrapped in an anti-corrosion barrier to limit oxidation during transit. The packaging maintains stable ambient conditions to preserve the material’s properties. Options for custom packaging, including moisture barrier bags and specialised labelling, are available upon request.

Frequently Asked Questions

Q1: How does the 40% porosity affect the mechanical performance of the titanium plate?
A1: The 40% porosity reduces the overall density of the material, impacting tensile strength and stiffness. Engineers need to consider these factors in design calculations while benefiting from improved permeability and weight reduction.

Q2: What quality control methods are implemented during production?
A2: SAM employs scanning electron microscopy and microstructural evaluations to verify pore distribution and ensure dimensional accuracy. These methods help maintain consistency in the porous structure and overall product performance.

Q3: Are customised dimensions available for the porous titanium plate?
A3: Yes, dimensions are customisable to meet specific application requirements. Precise machining and post-production inspection are applied to guarantee that each product meets defined tolerances and operational needs.

Additional Information

Titanium metals are widely used in applications that demand a high strength-to-weight ratio and excellent corrosion resistance. Introducing controlled porosity allows engineers to fine-tune properties such as permeability, thermal conductivity, and mechanical damping, making these materials suitable for both structural and functional components in various industries.

Advancements in powder metallurgy and foaming techniques have expanded the design capabilities for porous metals. Researchers continue to study the relationship between pore geometry and material performance, optimising titanium for uses in biomedical implants, heat exchangers, and lightweight structural applications across diverse engineering sectors.