Copper Metal Turning- 100gm Packs

Copper Metal Turnings are small, elongated or curled pieces of elemental copper produced during machining or metalworking operations. Consisting primarily of metallic copper with the chemical symbol Cu, this material is relevant to laboratory experiments involving metal reactivity, oxidation–reduction processes, and the physical properties of metals. Copper has an atomic mass of approximately 63.55 g/mol, is reddish in colour, and is insoluble in water under ordinary conditions. Its metallic form makes it useful for selected inorganic chemistry practicals, comparative metal reaction studies, and educational investigations of copper chemistry. Copper Metal Turnings Laboratory Reagent can support appropriate experiments in schools, colleges, universities, and research laboratories when the material’s specifications meet the requirements of the procedure. Because turnings vary in shape, dimensions, and surface condition, these characteristics should be considered when planning experiments. Safe handling requires suitable protective equipment and precautions against sharp edges, incompatible chemicals, and environmental release.

Product Specifications

Specification	Details
Appearance	Reddish-brown metallic turnings
Assay	99%
Chemical Name	Copper
Alternate Names	Copper Metal, Metallic Copper, Copper Turnings, Cuprum
Molecular Formula	Cu
Empirical Formula	Cu
CAS Number	7440-50-8
Molecular Weight	63.55 g/mol
Grade	LR Laboratory Reagent

Key Features of Copper Metal Turnings

• Elemental copper composition: Copper Metal Turnings consist of metallic copper, represented by the chemical symbol Cu.
• Distinctive metallic appearance: The reddish-brown colour and curled or elongated shape distinguish turnings from copper powder and many copper compounds.
• Established chemical properties: Copper is insoluble in water under ordinary conditions and participates in oxidation–reduction reactions with suitable reagents.
• Useful for metal chemistry studies: The solid metallic form supports investigations of metal reactivity, surface changes, and copper compound formation.
• Laboratory reagent classification: The stated LR Laboratory Reagent grade identifies its intended general laboratory category, subject to the material’s specifications and the requirements of the intended experiment.

Laboratory Applications of Copper Metal Turnings

• Inorganic chemistry practicals: Used in appropriate experiments examining elemental metals, copper properties, and chemical transformations.
• Oxidation–reduction experiments: Supports supervised investigations of copper oxidation and reactions with suitable oxidising agents under controlled conditions.
• Metal reactivity studies: Used in comparative experiments involving metallic elements and their reactions with appropriate chemical reagents.
• Copper compound preparation: May serve as a starting material for preparing selected copper compounds through established chemical procedures.
• Materials science investigations: Can be used in studies of metallic surfaces, physical metal characteristics, and the influence of material shape on reaction behaviour.

Why Choose Lab Wale to Buy Copper Metal Turnings

Lab Wale provides a sourcing option for laboratory chemicals and scientific supplies for schools, colleges, universities, research centres, and laboratory professionals. When purchasing Copper Metal Turnings, buyers should confirm the chemical identity, CAS number, stated assay, grade, and physical form required for their experiments. Reviewing available product specifications and relevant safety documentation helps laboratories make informed purchasing decisions. Selecting the appropriate metallic material supports experimental planning, responsible handling, and compatibility with laboratory procedures.

Frequently Asked Questions About Copper Metal Turnings

What are Copper Metal Turnings used for in laboratories?

Copper Metal Turnings are used in suitable inorganic chemistry experiments, oxidation–reduction studies, metal reactivity investigations, and selected copper compound preparation procedures. Their solid, elongated form also allows observations of metallic surfaces and reaction behaviour. The intended application should match the material’s specifications and the laboratory’s safety requirements.

What is the chemical formula of Copper Metal Turnings?

Copper Metal Turnings consist of elemental copper and have the chemical symbol Cu. Their empirical formula is also Cu because the material is an elemental substance. Copper has an atomic mass of approximately 63.55 g/mol, which is used for molar calculations in appropriate laboratory experiments.

What is the CAS number of Copper Metal Turnings?

The CAS Registry Number for elemental copper is 7440-50-8. This identifier applies to copper metal, including its turnings form. It helps distinguish elemental copper from copper compounds such as Copper Hydroxide, Copper Fluoride, and Copper Iodide, which have different chemical compositions and CAS numbers.

How do Copper Metal Turnings differ from Copper Metal Powder?

Copper Metal Turnings are generally curled or elongated pieces produced during machining, whereas Copper Metal Powder consists of much smaller particles. Their chemical identity is the same, but their surface area, shape, and handling characteristics differ. These differences can influence reaction rates and the precautions required during laboratory use.

How should Copper Metal Turnings be stored and handled safely?

Store Copper Metal Turnings in a compatible, clearly labelled container in a clean, dry location. Wear suitable gloves and safety goggles, and handle the pieces carefully because irregular edges may cause cuts. Keep the material away from incompatible chemicals, especially strong oxidising agents, and follow the current Safety Data Sheet for storage and disposal guidance.

Storage Conditions for Copper Metal Turnings

Store Copper Metal Turnings in a clean, dry, compatible, clearly labelled container in a cool, well-ventilated location. Protect the material from unnecessary moisture exposure and keep it away from strong oxidising agents and other incompatible substances. Ensure the container prevents accidental spills and limits contamination. Follow the current Safety Data Sheet and institutional chemical storage procedures.

Precautions for Handling Copper Metal Turnings

Review the current Safety Data Sheet before handling Copper Metal Turnings. Wear suitable safety goggles, protective clothing, and gloves, and handle irregular or sharp-edged pieces carefully to avoid cuts. Avoid contact with incompatible chemicals and use appropriate precautions during reactions involving acids or oxidising agents. Prevent environmental release and follow established laboratory procedures for spill management and metal-containing waste disposal.