Sebacoyl Chloride 5% Solution in Cyclohexane – 100ml (LR Grade, UN 1760)

This high-quality Sebacoyl Chloride 5% Solution in Cyclohexane (also known as Decanedioyl Dichloride) is supplied in a 100ml bottle and is ideal for advanced chemistry and polymer experiments. With Laboratory Reagent (LR) grade quality, it ensures consistent and reliable performance in educational laboratory settings.

This solution is commonly used in polymerisation reactions, particularly in the production of nylon via interfacial polymerisation, making it a valuable resource for demonstrating real-world chemical processes. The product is clearly labelled with UN Number 1760 for safe handling and transport compliance.

Supplied in accordance with safety regulations, this chemical is intended strictly for use within educational establishments.

Key Features

• Sebacoyl Chloride 5% solution in cyclohexane
• 100ml bottle for laboratory use
• Laboratory Reagent (LR) grade
• UN Number: 1760
• Also known as Decanedioyl Dichloride
• Ideal for polymerisation and nylon synthesis experiments
• Reliable and consistent for educational applications

Important Purchasing & Delivery Information

• Available to educational establishments only
• You must be logged in to purchase this product
• Shipping restricted to school or institutional addresses
• Your basket items will remain while you log in or register
• Non-returnable due to courier regulations (statutory rights unaffected)

Ideal for School Science Lessons

This Sebacoyl Chloride solution is ideal for A-Level chemistry lessons, supporting practical investigations in organic and polymer chemistry. Ideal for:

• Demonstrating interfacial polymerisation (e.g. nylon formation)
• Exploring polymer chemistry and condensation reactions
• Studying organic functional groups and reactivity
• Linking chemistry concepts to real-world materials
• Encouraging advanced practical and analytical skills

Specialist, reliable, and classroom-ready, this Sebacoyl Chloride solution is an essential resource for engaging and effective advanced chemistry teaching.