Di Ethylene Glycol – 500ml Packs

Diethylene Glycol is a hygroscopic diol solvent used in selected scientific, educational and analytical laboratory procedures. A high-boiling, water-miscible glycol with two hydroxyl groups, useful for solvent-property and formulation studies. The material is supplied for laboratory use, where its suitability depends on the exact formulation, method requirements and documented specifications. In teaching environments it can help demonstrate relevant chemical behaviour and method design; in professional laboratories it may contribute to defined sample preparation, microscopy or experimental workflows. The product should be selected using its correct identity, compatible equipment and an up-to-date safety data sheet. Personnel should consider handling risks, compatibility and waste management before use. Its properties and practical performance should be assessed against the intended method rather than assumed from the product title alone.

Product Specifications

Key Features of Diethylene Glycol

• Chemical category: hygroscopic diol solvent.
• Physical appearance: colourless viscous liquid.
• A high-boiling, water-miscible glycol with two hydroxyl groups, useful for solvent-property and formulation studies.
• Listed identifiers: C4H10O3; CAS reference: 111-46-6.
• Practical selection depends on formulation and method compatibility. Confirm the precise specification before use.

Laboratory Applications of Diethylene Glycol

• Water-miscibility demonstrations for glycols.
• Study of viscosity and boiling-point trends.
• Preparation of compatible laboratory solvent blends.
• Selected polymer and formulation investigations.
• Instruction in analytical sample preparation using glycols.

Why Choose Lab Wale to Buy Diethylene Glycol

Lab Wale offers Diethylene Glycol as a laboratory product listing for buyers working in schools, colleges, universities and scientific organisations. The product name and available specifications help purchasing teams assess whether the item matches a planned teaching activity, analytical method or research protocol. When sourcing through Lab Wale, verify the exact chemical identity, relevant safety documentation, packing details and suitability for the intended laboratory work before ordering. The chosen reagent should always be checked against method-specific requirements.

Frequently Asked Questions About Diethylene Glycol

What is Diethylene Glycol used for in a laboratory?

Diethylene Glycol can support tasks such as water-miscibility demonstrations for glycols and study of viscosity and boiling-point trends. The correct method, equipment and protective measures depend on its actual formulation. Not every listed use is appropriate for every laboratory or teaching setting.

What are the chemical formula and CAS number of Diethylene Glycol?

The formula entry is C4H10O3, and the CAS information is 111-46-6. A mixture or solution does not have one meaningful molecular formula or formula mass. Exact substance identity, concentration and hydrate state must be checked against the supplied label and SDS.

How is Diethylene Glycol used in teaching or analytical procedures?

Examples include preparation of compatible laboratory solvent blends and selected polymer and formulation investigations. Use a validated or institution-approved procedure and confirm that the actual composition, concentration and grade meet its requirements. Supervision is particularly important where the material presents chemical or biological hazards.

What should be checked before purchasing Diethylene Glycol?

Confirm the requested pack size, exact product identity and the intended laboratory method. Where a solution is involved, verify concentration and solvent; for a pure substance, verify formula, CAS number and grade. Avoid relying on the product title alone where technical details are incomplete.

How should Diethylene Glycol be handled and stored?

Keep closed and dry away from incompatible strong oxidizers. Toxic if swallowed; use gloves and avoid contamination of hands and work surfaces. Consult the specific current SDS for exposure controls, emergency measures, incompatible substances and disposal rules. Never infer low hazard solely from a familiar chemical name or a small laboratory pack size.

Storage Conditions for Diethylene Glycol

Keep closed and dry away from incompatible strong oxidizers. Always use compatible, correctly labelled laboratory packaging and avoid cross-contamination. Follow the supplier’s SDS for segregation, shelf-life and temperature conditions. Check the container before use and do not transfer the product into unlabelled vessels.

Precautions for Handling Diethylene Glycol

Toxic if swallowed; use gloves and avoid contamination of hands and work surfaces. Read the current product-specific Safety Data Sheet (SDS), wear suitable eye protection, protective clothing and chemically compatible gloves, and use effective ventilation where required. Avoid splashing, breathing vapours or aerosols, and unsafe mixing. Follow laboratory spill, waste disposal and emergency procedures, with appropriate supervision in educational settings.