All topics
Every guide on the site, grouped by topic. 156 articles and counting.
Diamond Materials
How synthetic diamond is made and used in coatings and composites.
Making Diamond
- The Science Behind Synthetic Diamonds: Understanding the Manufacturing Process
- Diamond Grit Grading and Sorting
- HPHT Versus CVD Diamond and What Each Is Used For
- Synthetic Diamond Technology: A Review of Current Developments
- The Future of Diamond Production: Synthetic vs Natural
- The Rise of Lab-Grown Diamonds: A New Era for Industrial Materials
- The Rise of Synthetic Diamonds in Industrial Applications
- The Science of Synthetic Diamond Production: A Closer Look
Coatings And Tools
- Industrial Diamond Coatings for Enhanced Wear Resistance
- Coating Thickness and Tool Performance
- Diamond-Coated Tools for Improved Machining Efficiency
- Diamond-Coated Tools: The Benefits of Using Synthetic Diamonds in Industrial Applications
- Nanocrystalline Versus Microcrystalline Diamond Films
- The Industrial Applications of Diamond-Coated Cutting Tools
- The Industrial Applications of Synthetic Diamond Films
- The Industrial Applications of Synthetic Diamond-Coated Tools
- When Not to Use a Diamond Coating
Diamond Composites
- Diamond-Based Materials for Industrial Applications: A Review
- Diamond Compacts and Binder Phases
- Diamond-Based Composites: A New Class of Industrial Materials
- Diamond-Based Materials for Industrial Applications: A Technical Review
- The Industrial Potential of Diamond-Based Composites
- The Industrial Potential of Diamond-Based Composites: A Review
- The Industrial Potential of Diamond-Based Nanomaterials
- The Industrial Potential of Diamond-Based Nanomaterials: A Review
Where It Is Used
Applications across industries and the costs involved.
Transport And Energy
- Synthetic Diamonds in the Aerospace Industry: Improving Performance and Efficiency
- Diamond Components in Pumps and Valves for Energy Systems
- Synthetic Diamonds in Aerospace: The Future of High-Temperature Materials
- Synthetic Diamonds in Energy Storage: A New Frontier for Industrial Materials
- Synthetic Diamonds in the Automotive Industry: Improving Performance and Efficiency
- Synthetic Diamonds in the Energy Industry: Improving Efficiency and Reducing Costs
- Synthetic Diamonds in the Oil and Gas Industry: Improving Drilling Efficiency
- The Role of Synthetic Diamonds in the Oil and Gas Industry
Electronics Medical Building
- Synthetic Diamonds in the Electronics Industry: A Growing Market
- Biocompatibility of Carbon Materials
- Diamond Surgical Blades and Dental Burs
- Synthetic Diamonds in Medical Applications: A Growing Field
- Synthetic Diamonds in Medical Implants: A New Era for Industrial Materials
- Synthetic Diamonds in the Construction Industry: Improving Building Efficiency
Equipment And Costs
- The Benefits of Using Synthetic Diamonds in Industrial Equipment
- Synthetic Diamond Market Trends and Forecasts
- The Benefits of Using Synthetic Diamonds in Industrial Equipment Maintenance
- The Benefits of Using Synthetic Diamonds in Industrial Wear Parts
- The Impact of Synthetic Diamonds on Industrial Production Costs
- The Industrial Potential of Synthetic Diamonds: A Growing Market
- Tool Reconditioning and Diamond Recovery
- Total Cost of Ownership for Superabrasive Tools
Optics And Sensing
- Diamond in Optics and Sensing
- Diamond Anvil Cells in High Pressure Research
- Diamond Heat Spreaders for Lasers and Chips
- Diamond Radiation Detectors
- Diamond Windows for Lasers and Harsh Environments
- Nitrogen-Vacancy Centers and Quantum Sensing
- Surface Acoustic Wave Devices on Diamond
- Wide Bandgap Semiconductors and Diamond
Wider Materials Picture
Other industrial materials and the road ahead.
Industrial Materials
- Properties and Uses of Industrial Materials in Manufacturing
- Advanced Ceramics and Their Industrial Applications
- Applications of Industrial Materials in Aerospace Engineering
- Industrial Materials for High-Temperature Applications
- Industrial Materials in the Production of Advanced Composites
- Metals Polymers and Ceramics Compared
Future Outlook
- The Future of Industrial Materials: Synthetic Diamonds and Beyond
- Industrial Materials for the 21st Century: Synthetic Diamonds and Beyond
- Industrial Materials for the 21st Century: Synthetic Diamonds Take Center Stage
- Industrial Materials for the Environment: How Synthetic Diamonds Can Help
- Industrial Materials for the Future: The Advantages of Synthetic Diamonds
- The Future of Industrial Materials: How Synthetic Diamonds Are Revolutionizing Manufacturing
- The Role of Synthetic Diamonds in the Development of New Industrial Processes
- The Role of Synthetic Diamonds in the Development of New Industrial Technologies
Carbon And Hard Materials
The science of diamond, other carbon forms and superhard materials.
Diamond Properties
- Why Diamond Is So Hard and Stable
- Chemical Inertness and the Limits of Oxidation
- Cleavage Planes and Brittleness in Diamond
- Diamond Hardness Explained Without the Jargon
- Electrical Behavior and Boron Doping in Diamond
- How Transparent Is Diamond Across the Spectrum
- Nitrogen and Other Impurities in Diamond
- Single Crystal and Polycrystalline Diamond Compared
- Why Diamond Conducts Heat So Well
Carbon Family
- The Carbon Family From Graphite to Graphene
- Activated Carbon and Porous Carbon Materials
- Carbon Fiber Production and Typical Uses
- Carbon Nanotubes in Materials Engineering
- Carbon-Carbon Composites for Brakes and Heat Shields
- Diamond-Like Carbon Compared With True Diamond
- Fullerenes and Nanodiamonds in Context
- Graphene Explained With Realistic Uses
- Industrial Graphite as Lubricant, Electrode and Refractory
Superhard Materials
- Superhard Materials and What Makes Them Hard
- Bond Types for Superabrasive Tools
- Boron Carbide in Armor and Blast Nozzles
- Cubic Boron Nitride and How It Differs From Diamond
- Fracture Toughness Versus Hardness
- Hardness Testing Methods for Hard Materials
- Silicon Carbide as an Abrasive and Structural Ceramic
- Tungsten Carbide and Cemented Carbides
- Why Diamond Struggles With Steel
Making And Shaping
How hard materials are deposited, machined and tested.
Machining And Grinding
- Diamond Tools in Machining a Practical Overview
- Coolant Choices in Hard Material Machining
- Diamond Grinding Wheels and Their Uses
- Diamond Wire Saws for Slicing Hard Materials
- Dressing and Truing Diamond Wheels
- Machining Aluminum and Other Non-Ferrous Metals
- Machining Carbon Fiber Without Delamination
- Polycrystalline Diamond Inserts for Turning
- Tool Wear Mechanisms Abrasion Adhesion and Diffusion
- Ultra-Precision Diamond Turning for Optics
Deposition And Growth Methods
- Thin Film Deposition Methods Explained
- Chemical Vapor Deposition Step by Step
- Coating Adhesion and Substrate Preparation
- High Pressure High Temperature Presses
- Hot Filament Methods for Diamond Films
- Microwave Plasma Growth of Diamond
- Physical Vapor Deposition for Hard Coatings
- Residual Stress in Thin Films
- Seed Crystals and Substrates in Diamond Growth
- Thermal Spray and Cladding as Coating Alternatives
Inspection And Testing
- How Advanced Materials Are Tested and Inspected
- Electron Microscopy of Coatings and Ceramics
- Failure Analysis of Hard Materials
- Measuring Thermal Properties of Solids
- Nondestructive Evaluation of Ceramics and Composites
- Quality Standards and Certification in Materials Supply
- Raman Spectroscopy for Carbon Materials
- Telling Lab-Grown Diamond From Natural Diamond
- Wear Testing and Tribology Basics
- X-Ray Diffraction for Crystal Structure
Ceramics Composites And Heat
Technical ceramics, composite engineering and managing heat and wear.
Technical Ceramics
- Technical Ceramics Oxides Nitrides and Carbides
- Alumina Ceramics in Industry
- Aluminum Nitride Substrates for Electronics
- Ceramic Bearings and Seals
- Ceramic Matrix Composites for Hot Sections
- Glass-Ceramics and Their Special Properties
- Silicon Nitride for Bearings and Engine Parts
- Sintering How Ceramic Powders Become Solid Parts
- Thermal Barrier Coatings
- Zirconia and Transformation Toughening
Composite Engineering
- How Composite Materials Work Fibers Matrices and Interfaces
- Composite Layup and Curing Methods
- Glass Aramid and Carbon Fiber Reinforcements Compared
- Heat Spreader Materials Metal-Diamond Composites
- How Composites Fail
- Metal Matrix Composites
- Polymer Matrix Composites
- Recycling and End-of-Life of Composites
- Sandwich Structures and Honeycomb Cores
- The Fiber-Matrix Interface
Heat And Wear
- Managing Heat and Wear in Demanding Equipment
- Abrasive Adhesive and Erosive Wear
- Choosing a Material for a Wear Problem
- Corrosion Resistance of Advanced Materials
- Friction and Lubrication With Hard Coatings
- Heat Sinks and Thermal Interface Materials
- Matching Thermal Expansion in Assemblies
- Pump Seals and Bearings Under Abrasive Flow
- Refractory Materials for Furnaces and Kilns
- Thermal Shock Resistance