Properties of Materials - Metallurgy Engineer!

Material Properties contains hundreds of useful material properties tables. The tables contain thousands of properties (Specific Heat Capacity, Melting Points, Boiling Points, etc.) Table of Contents: - Acetylene- Acids - pH Values- Aluminum - Melting Points of Binary Eutectic Alloys- Aluminum Alloys - Mechanical Properties- Ammonia- Argon- Arsenic- BHN - Brinell Hardness Number- Bases - pH Values- Benzene- Boiling Points of common Fluids- Bulk Modulus - Metals and Alloys and Fluid Elasticity- CPVC - Chemical Resistance- Carbon Dioxide Properties- Carbon Monoxide- Ceramic Material Properties- Chemical Resistance Polyethylene - PE- Chemical Resistance of Rubbers and Elastomers - Coefficients of Linear Expansion- Comparing Ethylene Glycol and Propylene Glycol- Compositions of Steel- Compressed Water Properties- Compression and Tension Strength- Concrete Mixtures- Concrete Properties- Copper - Melting Points- Copper Zinc Tin Alloys- Cryogenic Fluids- Densities of Various Solids- Density Converter- Density of Wood- Density, Specific Weight and Specific Gravity- Dielectric Constant- Dimethyl Propylmethane - Ditch-Filling Materials - Densities- Dry Air Properties- Drying Temperature and Time- Dust Explosions- Dynamic Viscosity- Dynamic, Absolute and Kinematic Viscosity- Earth or Soil - Weight and Composition- Elastic Properties and Young Modulus- Emissivity Coefficients- Engineering Materials- Epoxy- Ethane - Ethanol Freeze Protected Water Solutions- Ethylene - Ethylene Glycol Heat-Transfer Fluid- Fibers in Polymer Composites- Flash Point- Fluids - Kinematic Viscosities- Fluids - Latent Heat of Evaporation- Food and Foodstuff - Food and Foodstuff - pH Values- Freezing Points- Freon Properties- Fuels - Densities and Specific Volumes- Glycerine - Boiling and Freezing Points- Gold - Melting Points- Helium- Human Body and Specific Heat Capacity- Hydrogen- Hydrogen - Specific Heat Capacity- ISO Grade Oil Properties- Ice - Thermal Properties- Ice - Thickness and Safe Loads- Identification Tests for Stainless Steels- Industrial Lubricants - Viscosity- Iron - Melting Points- Isopropanol based Water Solutions- Latent Heat of Melting- Lead - Melting Points- Liquid Water Properties- Liquids - Densities- Liquids and Fluids - Specific Gravities- Liquids and Fluids - Specific Heat Capacities- Magnesium - Melting Points- Mercury - Properties- Metal Alloys - Specific Heat Capacities- Methane - Specific Heat Capacity- Methanol - Thermophysical Properties- Methanol Freeze Protected Heat-Transfer Fluids- Mineral Density- Molecular Weight - Gases and Vapors- Molybdenum - Melting Points- Nickel - Melting Points- Nitrogen- Nitrogen - Specific Heat Capacity- Oils - Melting Points- Oxygen - Specific Heat Capacity- Oxygen Solubility in Fresh and Sea Water- Particle Sizes- Polyester - Chemical Resistance- Polymers - Physical Properties- Polypropylene PP - Chemical Resistance- Propane- Propylene Glycol based Heat-Transfer Fluids- Radiation Emissivity- Refractive Index- Refrigerant R22 - Properties- Refrigerants - Environmental Properties- Refrigerants - Physical Properties- SAE Multigrade Oil Properties- STP and NTP- Saturated Ice and Steam- Silver - Melting Points- Slurry - Density- Soft and Hard Water- Softwood Lumber Standard - Solids - Specific Heat Capacities- Solids and Metals - Specific Gravities- Speed of Sound in Air- Stainless Steels Classifications- Surface Tension of Water- Thermal Conductivity - Liquids- Thermal Conductivity - Metals- Thermal Expansion Metals- Thermoplastic Pipes- Thermoplastics- U.S Standard Atmosphere- UNS - Unified Numbering System- Vapor Pressure- Vinyl Ester - Chemical Resistance- Viscosity Converting Chart- Wood Densities- Wood Species- Wood and Combustion Heat Values* All Content is Searchable and available offline