Titanium Mesh

Titanium Mesh Properties:

1. Biocompatibility – Safe for implantation in the human body, ideal for medical applications.

2. High strength-to-weight ratio – Strong yet lightweight, suitable for structural support.

3. Corrosion resistance – Resists degradation in harsh environments, including saline and body fluids.

4. Flexibility and plasticity – Can be shaped or cut to meet specific needs.

5. Non-magnetic and non-toxic – Suitable for MRI and other sensitive medical environments.

Common Applications:

Medical Uses:

– Craniofacial and orthopedic reconstruction – Used to repair skull defects, fractures, or bone loss.

– Dental implants and bone grafts – Support tissue regeneration in oral surgery.

– Hernia and abdominal wall repair – Provides reinforcement for soft tissue repair.

– Spinal surgery – Used in spinal fusion cages or stabilization.

Industrial and Scientific Uses:

– Filtration – Used for high-temperature filtration in chemical processing or aerospace.

– Electrodes and battery components – Used in fuel cells or lithium-ion batteries. – EMI shielding – Protects sensitive electronic equipment from interference.

– Aerospace and marine applications – Lightweight structural components that withstand harsh conditions.

Titanium mesh types:

– Pure titanium (grades 1-4) – Soft and ductile, used in medical implants.

– Titanium alloy (grade 5, Ti-6Al-4V) – Stronger, used in aerospace and industrial applications.

– Woven, perforated, or expanded metal mesh – Different patterns offer varying degrees of flexibility or rigidity.

Advantages over other materials:

Longer service life – Will not rust or deteriorate like stainless steel.

Better integration – Promotes bone growth (osseointegration) of medical implants.

Lighter weight – Prevents stress shielding in bone repair.