Iron Metal Turning – 500 gram Packs

Iron Metal Turnings are small curled or irregular pieces of elemental iron produced by machining or cutting metal. Iron is a transition metal that exhibits magnetic behaviour and participates in oxidation and redox reactions, making iron turnings useful for classroom demonstrations and selected chemistry experiments. Compared with fine iron powder, turnings usually produce less airborne dust, although sharp edges and metal fragments can cause mechanical injury. Their reaction rate depends on surface area, surface condition, and the chemicals used. Use iron turnings only where a metallic iron sample is suitable, and follow laboratory controls for sharp solids, reactive mixtures, and waste disposal.

Product Specifications

Key Features of Iron Metal Turning

• Elemental iron in curled or irregular machining fragments.
• Chemical symbol Fe and molar mass approximately 55.845 g/mol.
• Magnetic metal that participates in oxidation and redox reactions.
• Larger fragments generally produce less airborne dust than fine iron powder.
• Turnings may have sharp edges and should be handled to prevent cuts or punctures.

Laboratory Applications of Iron Metal Turning

• Demonstrations of metallic properties and magnetic response in school laboratories.
• Supervised experiments involving oxidation or redox reactions of iron.
• Comparative studies of reaction rate and surface area using different iron forms.
• Laboratory sample preparation where metallic iron fragments are specified.
• Materials education involving machining-derived metal forms and their physical characteristics.

Why Choose Lab Wale to Buy Iron Metal Turning

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 Turning, 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 Turning

What are iron turnings used for in chemistry practicals?

Iron turnings are used in suitable demonstrations of metal properties and reactions involving elemental iron. The precise use depends on the experiment, and turnings should not replace a powder or reagent of specified particle size without method approval.

What is the chemical formula of iron turnings?

Iron turnings are elemental iron and are represented by the symbol Fe. The atomic molar mass is approximately 55.845 g/mol.

What is the CAS number for iron turnings?

The CAS Registry Number for elemental iron is 7439-89-6. Physical form does not change the elemental identity, although particle shape and size can affect handling and reaction behaviour.

How do iron turnings differ from iron powder?

Turnings are larger curled or irregular fragments, while powder consists of much smaller particles. Powder usually has a higher surface area per unit mass and can create more airborne dust; turnings may have sharp edges.

How should iron turnings be handled safely?

Wear suitable eye protection and gloves, use tools rather than bare hands when appropriate, and watch for sharp edges. Store dry, avoid incompatible chemicals, and collect metal residues for disposal under laboratory procedures.

Storage Conditions for Iron Metal Turning

Store in a dry, labelled container away from moisture and incompatible chemicals. Keep the container closed to prevent contamination and follow the supplier’s SDS for any material-specific storage requirements.

Precautions for Handling Iron Metal Turning

Handle with care because turnings may have sharp edges. Use suitable gloves, eye protection, and tools where appropriate; avoid creating metal dust and keep the material away from incompatible chemicals. Collect spills carefully and dispose of metal residues according to institutional procedures.