TM10102 Porous Titanium Plate, Ti Plate Porosity 20%

Porous Titanium Plate, Ti Plate Porosity 20% Description

Porous Titanium Plate, Ti Plate Porosity 20% is a titanium plate with a defined 20% porosity, offering controlled permeability and weight reduction. Its microstructure is optimised to maintain mechanical integrity while providing increased surface area for bonding and fluid transport. The uniformly distributed pores assist in achieving a desirable strength-to-weight balance. Produced under strict process controls, the material meets technical specifications necessary for high-demand industrial applications.

Porous Titanium Plate, Ti Plate Porosity 20% Applications

Industrial Applications
- Used as a lightweight structural insert in heat exchangers to achieve improved thermal performance by leveraging increased surface area for enhanced fluid flow.
- Applied as a component in filtration systems to obtain efficient contaminant separation by utilising controlled porosity for optimised fluid dynamics.

Healthcare Applications
- Serves as a scaffold in orthopedic implants to achieve improved bone integration by leveraging its porous structure for better cellular adhesion.
- Frequently used as a base material in dental implants to attain enhanced tissue compatibility by providing a surface that facilitates osseointegration.

Porous Titanium Plate, Ti Plate Porosity 20% Packing

The product is secured in anti-static, foam-padded containers designed to absorb mechanical shocks. Each package is sealed to prevent contamination and is labelled with specific handling instructions. The plates are stored in a clean, temperature-controlled environment to maintain material integrity. Custom packaging options such as tailored container sizes and additional cushioning measures are available upon request.

Frequently Asked Questions

Q1: What methodologies are employed to achieve the 20% porosity in these titanium plates?
A1: The porosity is controlled via precise etching techniques combined with thermal and compressive treatments. High-resolution SEM inspections are utilised during production to verify pore distribution, ensuring consistent microstructural properties across batches.

Q2: How do the porous features influence the mechanical performance of the plate?
A2: The controlled porosity reduces overall weight while maintaining sufficient strength. This balance is achieved through careful adjustment of pore size and distribution, which allows the plate to meet specific load-bearing and permeability requirements for diverse structural applications.

Q3: Are packaging options customisable for different operational environments?
A3: Yes, packaging can be tailored to meet specific storage and transport conditions. Options include varying levels of cushioning, anti-static materials, and customised container dimensions to ensure the product’s integrity during transit in fluctuating environments.

Additional Information

Titanium’s intrinsic properties, such as high strength-to-weight ratio and corrosion resistance, make it a critical material for advanced engineering applications. The incorporation of porosity into titanium structures allows enhanced functionality by reducing weight and increasing surface area, which can improve fluid dynamics and bonding characteristics.

Advances in materials engineering have enabled precise control over microstructural features such as porosity. This progress supports various industrial innovations ranging from biomedical devices to high-performance structural components, where balancing weight and mechanical durability is essential for overall system efficiency.