Iron Metal Powder- 1 Kg Packs

Iron Metal Powder is a particulate form of elemental iron, a transition metal with a characteristic metallic lustre, magnetic behaviour, and ability to undergo oxidation and redox reactions. Iron powder is used in educational chemistry, materials investigations, and selected laboratory preparations where a finely divided metallic form is appropriate. Its increased surface area relative to bulk metal can influence reaction rates, and fine dust may present a fire or dust-explosion risk under certain conditions. Iron powder is not interchangeable with iron oxide powders or iron salts. Select a suitable particle size and grade for the intended procedure, and control dust generation during weighing and transfer.

Product Specifications

Specification	Details
Appearance	Grey metallic powder
Assay	99%
Chemical Name	Iron
Alternate Names	Elemental iron; metallic iron; ferrum
Molecular Formula	Fe
Empirical Formula	Fe
CAS Number	7439-89-6
Molecular Weight	55.845 g/mol
Grade	LR Laboratory Reagent

Key Features of Iron Metal Powder

• Elemental transition metal with chemical symbol Fe.
• Molar mass approximately 55.845 g/mol and CAS number 7439-89-6.
• Magnetic and capable of oxidation and other redox reactions.
• Fine particles provide greater surface area than bulk iron, affecting reaction behaviour.
• Dust control is important because finely divided metal can pose fire or dust-explosion hazards.

Laboratory Applications of Iron Metal Powder

• School and college demonstrations of magnetism and properties of metals.
• Supervised experiments examining oxidation and redox reactions of iron.
• Materials-science investigations involving particulate iron and metal powders.
• Preparation of laboratory mixtures or samples where elemental iron powder is specified.
• Research studies of iron reactivity, with controls appropriate to particle size and dust hazards.

Why Choose Lab Wale to Buy Iron Metal Powder

Lab Wale provides a convenient sourcing option for laboratory chemicals and scientific supplies used by schools, colleges, universities, research centres, and laboratory professionals. Before purchasing Iron Metal Powder, check the chemical identity, intended application, stated grade, and available technical or safety information to ensure the material suits the procedure. Selecting the correct form and following the relevant laboratory method are important for appropriate use.

Frequently Asked Questions About Iron Metal Powder

What is iron metal powder used for in laboratories?

Iron powder is used in demonstrations of metal properties, redox chemistry, and materials investigations. Suitability depends on particle size, purity, and the method; it should not be substituted for iron compounds when a salt or oxide is required.

What is the formula and molecular weight of iron?

Elemental iron is represented by the symbol Fe. Its standard atomic molar mass is approximately 55.845 g/mol; because it is a metallic element, it is not normally described as discrete molecules.

What is the CAS number of iron metal powder?

The CAS Registry Number for elemental iron is 7439-89-6. The same elemental identity may be supplied in different physical forms, such as powder, turnings, or pieces.

Is iron powder more reactive than solid iron pieces?

Fine powder generally has a greater exposed surface area per unit mass than larger pieces, which can affect reaction rates. Actual behaviour depends on particle size, surface condition, and experimental conditions.

What precautions are needed when handling iron powder?

Minimise airborne dust, avoid ignition sources where combustible dust may accumulate, and use suitable eye protection, gloves, and ventilation. Keep away from incompatible chemicals and follow the SDS and institutional spill and waste procedures.

Storage Conditions for Iron Metal Powder

Store dry in a tightly closed container, protected from moisture and incompatible chemicals. Keep powder away from ignition sources and conditions that could disperse dust. Follow the SDS for any material-specific storage and segregation requirements.

Precautions for Handling Iron Metal Powder

Avoid generating or inhaling airborne dust. Use suitable eye protection, gloves, protective clothing, and effective ventilation. Keep away from ignition sources where combustible dust may accumulate, prevent uncontrolled release, and follow the SDS and institutional spill and waste procedures.