Cryogenic and Low Temperatures
Database
New Product Offering from CINDAS in May 2021

CINDAS has developed a new product offering ofmaterial characteristics in the cryogenic and lowtemperature ranges. Most of the data will be in thetemperature ranges 0 K to 273 K

Overview ofthe Cryogenicand Low
Temperatures
Database(CLTD)

It consists of thermophysical, mechanical, electrical andother properties for over 2000 materials

Initial data is from CINDAS and NIST with other relevant
data being added

Optimal source for cryogenic and low temperature data• 23,000+ data curves• 48% of data curves are thermophysical properties vs temp.

Amount ofData andTypes ofProperties• 47% of the data curves are mechanical properties vs temp.
• Breakdown of the different property types• 11,000 data curves of thermophysical properties• 600 data curves of thermoradiative properties• 400 data curves of electrical and nuclear properties• 11,000 mechanical properties (strength, modulus, fatigue,strain rate, fracture toughness, etc.)• 100 data curves for other properties• In total there are 250 property types in the CLTD

Materials in the CLTD (54 material groups)• Adhesives• Alloys: Aluminum Alloys• Alloys: Beryllium, Magnesium,
Manganese, Molybdenum & TantalumAlloys• Alloys: Chromium, Cobalt, Niobium (Cb),& Zirconium Alloys• Alloys: Copper Alloys• Alloys: Nickel Alloys• Alloys: Other Nonferrous Alloys• Alloys: Solders - Leaded & Lead Free
• Alloys: Steels, Carbon & Low Alloy• Alloys: Steels, High Strength• Alloys: Steels, Other Alloy Steels• Alloys: Steels, Stainless Steels• Alloys: Titanium Alloys• Borides & Bromides• Carbides & Carbonates• Ceramics• Chlorides• Coatings• Composites: Kevlar Fiber & Thermal Management• Composites: Laminates (Glass Fiber)• Composites: Laminates (Others)• Composites: Others• Compounds: Calcium, Magnesium, Sodium Oxides• Compounds: Inorganic Non-oxide Compounds• Compounds: Molding• Compounds: Organic Compounds• Compounds: Other Oxide Compounds• Elements: Carbon, Graphite• Elements: Metals• Elements: Others• Encapsulants, Underfill Materials & Unfilled Epoxies• Gas Mixture: Monatomic & Polyatomic Systems• Glasses• Hydrides & Silicides• Intermetallics, Aluminides, Silicides & Mixtures
Compounds• Intermetallics, Miscellaneous• Iodides & Phosphates• Liquids: Mineral & Silicone Oils
• Liquids: Others• Minerals, Rocks, Processed Mineral Substances& Miscellaneous Refractory Materials• Miscellaneous Materials• Mixtures: Fluorides & Their Mixtures• Mixtures: Nonoxide Inorganic Mixtures• Mixtures: Oxides Mixtures• Mixtures: Sulfides & Their Mixtures• Nitrates, Nitrides & Nitrites• Polymers: Epoxy, Resins, Rubber, Silicones• Polymers: Others• Salts• Selenides & Tellurides• Semiconductors & Optical/Sensor Materials• Single Oxides: Aluminum, Beryllium & SiliconOxide• Single Oxides: Others• Sulfates

KeyThermophysical
Properties• Thermal Expansion• Coef. of Thermal Expansion• Thermal Conductivity• Specific Heat
• Emissivity

KeyMechanical
Properties• Young’s Modulus• Strength• Stress• Hardness• Fatigue• Crack and Fracture Toughness

Key Electricaland Nuclear
Properties• Dielectric Constant• Dielectric Strength• Electrical Resistivity• Hall Constant• Hole Concentration

Features andFunctionalityof CLTD

• Easy to navigate interface• Plot and export data
• Compare multiple data curves of the same
property for different materials on a singlegraph• Search by material/property group, materialname or specific material property• References are given for every graphScreen Shot of Thermal Expansion vs. Temperature
for Different Materials(Material 5 – 6061 Aluminum, Material 13 – Copper, Material 21 – Gold)

PlotKey MarketApplications
CLTD• Space• Liquefaction of gases• Medical• Military• Industrial and transportation• Electronics• Cryocooler (refrigerator designed to reach cryogenic temperatures)• Nuclear• Subatomic particle researchWhy Your Organization
Needs the CLTD
• All cryogenic and low temperature data in a single database• Saves valuable time looking for validated data
• 2200 different materials in database• Temperature range from 0 K to 273 K• All data is linked to original reference• Failure analysis tool
• Valuable tool for materials and design engineers• Compare product characteristics for different materials

How to get the CLTD

• Send email to info@cindasdata.com• Call us at 765.807.5400• Use this link on our webpage: https://cindasdata.com/support/contact• Contact your distributor if you already are a CINDAS LLC customer