Magnesium Titanate CAS 12032-35-8

Table of Contents

• 1. Product Overview & Specifications
• 2. Key Applications & Industrial Uses
• 3. Implementation Guidelines
• 4. Verified Case Studies
• 5. Technical Consultation & Quotation

Magnesium Titanate (CAS 12032-35-8) Technical Specifications

Material Properties

Crystal Structure

Orthorhombic perovskite structure with lattice parameters a=5.06Å, b=5.14Å, c=7.37Å. X-ray diffraction patterns show characteristic peaks at 2θ=31.2°, 38.7°, and 48.9°.

Industrial Applications

Electronics Manufacturing

Essential for multilayer ceramic capacitors (MLCCs) requiring:

• High-Q frequency stabilization
• Low loss tangent (tan δ < 0.0002)
• Temperature-stable permittivity (±15ppm/°C)

Advanced Coatings

Used in thermal barrier coatings for aerospace components due to:

• Low thermal conductivity (2.5W/m·K)
• High infrared reflectance (>85%)
• CMAS corrosion resistance

Implementation Guidelines

Processing Parameters

Documented Case Studies

Case 1: Semiconductor Packaging

Client: Top 3 Chinese EMS provider
Challenge: Reduce parasitic capacitance in 5G RF modules
Solution: Implemented 75nm MgTiO₃ dielectric layers
Results: 22% Q-factor improvement, 15% signal loss reduction

Case 2: Thermal Management Systems

Client: European EV battery manufacturer
Challenge: Prevent thermal runaway in 800V systems
Solution: Coated busbars with 50μm MgTiO₃ layer
Results: Achieved UL94 V-0 rating, 40°C lower hotspot temps

Technical Consultation & Quotation

Customization Options

• Particle size customization (30nm-5μm)
• Surface modification (SiO₂, Al₂O₃ coating)
• Bulk density optimization (3.2-4.1g/cm³)

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