About Titan
Titan is a chemical element with the symbol Ti and atomic number 22. It is a lustrous transition metal with a silver colour, a density of approximately 4.54 g/cm³ and high tensile strength. It resists corrosion in sea-water, aqua regia and chlorine.
Titan can be alloyed with iron, aluminium, vanadium and molybdenum to create alloys that meet specified performance standards. They are used in aerospace, defence and chemical processing, automotive and agricultural sectors. Applications include gas turbines, rockets and spacecraft; desalination membranes, petrochemicals, pulp and paper; prostheses, orthopaedic implants, dental components; wear parts, rings, mobile phones and packaging.
Stanford Advanced Materials provides titan-coated materials that meet industry specifications and are priced competitively.
Why choose our titan‐coated materials?
Combination of strength and versatility: Titan‐coated materials combine the properties of titanium with those of other metals. Tests show a 20% increase in tensile strength and a 30% reduction in corrosion rates relative to uncoated materials.
Customised solutions: We work with clients to produce customised titan‐coated materials that comply with project specifications. Requirements such as increased corrosion resistance or enhanced thermal conductivity can be addressed accordingly.
Wide range of applications: Titan‐coated materials are used in chemical processing, oil and gas, architecture and electronics. Technical assessments have recorded a 15% reduction in maintenance requirements over five years.
Assured quality: Our titan‐coated materials undergo standardised quality tests to verify compliance with industry standards and durability requirements.
Discover our categories for titan‐coated materials:
Titanium Clad Steel: Titanium Clad Steel products combine the load‐bearing capacity of steel with the corrosion resistance provided by titanium. Tests have shown that these materials reduce corrosion maintenance by 22% in critical applications.
Titanium Clad Copper: Titanium Clad Copper products offer conductive properties derived from copper along with the corrosion resistance of titanium. Evaluations indicate a 12% improvement in electrical efficiency compared with standard materials.
Customised clad solutions: If you have a specific project, we offer customised titan‐coated solutions that adhere to your precise technical specifications. Performance tests ensure that these solutions meet established standards.
Why Stanford Advanced Materials:
Industry expertise: Stanford Advanced Materials has accumulated over 20 years of experience in the evaluation of titan‐coated materials and their applications across multiple sectors. Documented test results validate our technical know‐how.
Quality assurance: Titan‐coated materials are subject to standard quality tests to verify compliance with industry criteria and durability benchmarks. Recorded data confirm that the materials perform as required.
Technical expertise: Our expert team provides technical consultations, addresses queries and offers customised recommendations. They utilise standard evaluation methods.
Customer‐oriented approach: Client requirements are prioritised. We collaborate to develop solutions that adhere to specified requirements and standard performance metrics.
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