Titanium Foam for Industrial Use

• High Strength Material – Made from premium-grade titanium, this High Strength Titanium Foam combines lightweight properties with excellent mechanical durability for demanding applications.
   
• Open-Cell Porous Structure – Provides uniform pores for superior energy absorption, fluid flow, and filtration efficiency.
   
• Exceptional Mechanical & Thermal Performance – High strength and thermal conductivity make it ideal for aerospace, automotive, and energy applications.
   
• Corrosion Resistant – Performs reliably in harsh chemical, marine, and industrial environments, ensuring long-term durability.
   
• Lightweight Yet Robust – Low density reduces overall weight while maintaining structural integrity and load-bearing capacity.
   
• Versatile Industrial Applications – Suitable for heat exchangers, filters, energy absorption structures, biomedical implants, and advanced engineering systems.
   
• Customizable Specifications – Available in various thicknesses, pore sizes (PPI), and dimensions for tailored industrial use.
   
• Enhanced Efficiency & Reliability – Improves thermal management, filtration, and mechanical energy absorption while minimizing maintenance.

Feature	Details
Product Name	Titanium Foam
Material	High Purity Titanium (Ti)
Target Application	High Strength Titanium Foam for aerospace, biomedical, and industrial applications
Purity	99.6% Ti
Density	0.3 – 0.8 g/cm³ (dependent on porosity)
Porosity	60% – 95% (customizable)
Pore Size	100 – 1000 µm (customizable)
Compressive Strength	5 – 50 MPa (depending on porosity)
Tensile Strength	10 – 150 MPa (depending on structure)
Thermal Conductivity	Moderate – suitable for heat dissipation applications
Corrosion Resistance	Excellent – resistant to acids, alkalis, and saline environments
Color	Metallic Silver
Shape	Blocks, Sheets, or Custom Cut Pieces
Applications	Lightweight structural components, Heat exchangers, Biomedical implants, Aerospace parts, Catalyst support
Storage	Store in a dry, clean environment; avoid mechanical impact or deformation

1. What is high strength titanium foam?
High strength titanium foam is a lightweight, porous titanium material with excellent mechanical strength, corrosion resistance, and high surface area. Its open-cell structure provides both structural support and efficient fluid or gas flow.

2. What are the main applications of titanium foam?
It is widely used in aerospace, biomedical implants, heat exchangers, filters, battery electrodes, catalyst supports, and lightweight structural components.

3. What are the advantages of titanium foam?
Titanium foam offers high strength-to-weight ratio, superior corrosion resistance, biocompatibility, thermal stability, and excellent energy absorption capabilities.

4. What pore sizes and porosity are available?
Titanium foam can be produced with pore sizes ranging from 100 µm to 1 mm, and porosity levels from 50% to 90%, depending on application requirements.

5. Can titanium foam be customized?
Yes, it can be customized in thickness, pore size, shape, and density to meet specific industrial, biomedical, or engineering applications.

The Titanium Foam from REG Metals is a high-performance porous titanium material designed for advanced industrial, biomedical, and aerospace applications. This lightweight titanium foam structure features a highly interconnected porous design that delivers excellent strength-to-weight ratio, energy absorption, and superior corrosion resistance. Ideal for use in medical implants, filtration systems, heat exchangers, and aerospace components, this porous titanium material provides exceptional biocompatibility and mechanical performance.

 

As a trusted supplier of advanced metal foams and engineered materials, REG Metals offers titanium porous structures, metal foam sheets, and precision-engineered lightweight solutions for demanding environments.

 

Whether you need medical-grade titanium foam, high-porosity titanium structure, or industrial porous metal material, this product ensures durability, efficiency, and reliable performance in critical applications.