High-temperature alloy

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High-temperature alloy Specification

Density
9.0 Gram per cubic centimeter(g/cm3)

Shape

Ph Level
Neutral (depends on the chemical environment)

Ingredients
May include Nickel (Ni) Chromium (Cr) Cobalt (Co) Molybdenum (Mo) Tungsten (W) Iron (Fe) other trace elements

Application
Aerospace power generation automotive and industrial applications

Poisonous
NO

Properties
High strength corrosion resistance and excellent performance at elevated temperatures

Structural Formula
Varies based on alloy type; commonly includes elements like Ni Cr Co Mo W

Molecular Weight
Not applicable for alloys

HS Code
7505.12 - Nickel-based alloys (example but may vary by composition)

Molecular Formula
Custom alloy composition varies by application

Physical Form
Solid (bars sheets rods or custom forms)

Appearance
Metallic typically silver gray or darker shades depending on the composition

Purity
N/A for alloys (purity applies to individual base metals in the composition)

Storage
Store in a clean dry and temperature-controlled environment

Smell
Metallic

Shelf Life
Indefinite under proper storage conditions

EINECS No
Does not have a specific EINECS number as it is a blend

Melting Point
Typically between 1200C and 1400C

Grade
Custom grades available (e.g. Inconel Hastelloy etc.)

Usage
Used in high-temperature environments like jet engines turbines and reactors

Solubility
Insoluble in water

CAS No
Varies based on the specific alloy composition

Refractive Rate
Not applicable for metals/alloys in solid form

About High-temperature alloy

High-temperature alloyFe-Ni-CoPropertiesRelated CategoriesAnalytical Standards,Analytical/Chromatography,NIST Standards,Pharmacopeia & Metrological Institutes Standardspackaging pkg of 100g

FAQs of High-temperature alloy:

Q: What are the applications of High-temperature alloy?

A: High-temperature alloy is used in aerospace, power generation, automotive, and industrial applications. It is particularly suitable for high-temperature environments like jet engines, turbines, and reactors.