Amines & Amides Available — Bulk Only

Polyetheramine SD-2001 (Secondary Polyether Diamine)

· MW 2000 g/mol

A long-chain secondary polyether diamine for flexible, slow-cure networks. As a higher-molecular-weight secondary diamine it functions as an epoxy curing agent and chain extender where extended pot life or gel time is needed.

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Molecular Weight
2000 g/mol
Material Family
Amines & Amides
At a Glance
Material Family
Amines & Amides
Record Type
Pure compound
Primary Role
Crosslinking / Curing · Synthesis Intermediate
Applications & Use Cases
  • Epoxy curing agent: Hindered secondary-amine hardener with extended pot life.
  • Polyurea: Slower-reacting chain extender for longer working time.
  • Coatings & adhesives: Controlled-cure reactive amine.
Physical Properties
Amine Type
Difunctional secondary amine (PPG backbone, sterically hindered)
Amine Hydrogen Equivalent Weight
~1000
Viscosity 25c
320 cSt
Density
0.99 g/mL
Flash Point
>200 °C (>200 °C)
Appearance
Clear liquid
Safety & Handling
Full SDS available on request

A grade-specific Safety Data Sheet (SDS) — with the complete hazard classification, handling precautions, and transport information — is supplied with every shipment and available on request. Confirm all safety and regulatory details against the SDS for your specific grade.

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Chemical Identity
Molecular Weight
2000 g/mol
Full Description

Polyetheramine SD-2001 is an amine-terminated polyether diamine with sterically hindered secondary amine end groups on a propylene-oxide backbone, giving slower, more controlled reactivity than the primary-amine grades. As a higher-molecular-weight secondary diamine it functions as an epoxy curing agent and chain extender where extended pot life or gel time is needed. Established applications are in polyurea systems, coatings and adhesives.

Frequently Asked Questions

What is Polyetheramine SD-2001 used for?

SD-2001 is a higher-molecular-weight amine-terminated polyether diamine with sterically hindered secondary amine end groups, used as an epoxy curing agent and chain extender where extended pot life or gel time is needed. It is applied in polyurea systems, coatings and adhesives that require a longer working window.

Why does SD-2001 react more slowly than primary-amine grades?

Its end groups are sterically hindered secondary amines on a propylene-oxide backbone, which are less reactive than primary amines. This gives slower, more controlled cure and longer pot life, useful when more working time is required before gel.

What backbone is Polyetheramine SD-2001 built on?

SD-2001 is built on a propylene-oxide backbone, making it more hydrophobic than the PEG-backbone ED grades. The propylene-oxide chain plus hindered secondary amine ends defines both its solubility behavior and its slower reactivity profile.

What is the identity of Polyetheramine SD-2001?

It is a polymeric, hindered secondary amine-terminated polyether diamine, defined by grade and approximate average molecular weight rather than a single discrete CAS number. Lot-specific composition is documented on the CoA and SDS supplied with material.

What packaging and quantities are available for bulk SD-2001?

RawSource supplies SD-2001 to manufacturers in drums, IBC totes and bulk volumes. Request a quote with your target volume, packaging preference and ship-to location for current MOQ and pricing.

Disclaimer. Information on this page — including properties, identifiers, hazard, transport (DOT/UN) and tariff (HS) classifications, and applications — is provided for general reference and is compiled from authoritative public sources (e.g. PubChem/ECHA, 49 CFR 172.101, the Harmonized Tariff Schedule). Values are typical and are not a guaranteed specification; the Certificate of Analysis (CoA) for the lot purchased governs. Products are sold for industrial and professional use only. Nothing here is a medical, health, or efficacy claim or advice. Always consult the current Safety Data Sheet (SDS) before handling, storage, transport or disposal, and confirm regulatory status, classification and suitability for your application and jurisdiction. Hazard, transport and tariff classifications must be verified for your specific shipment. RawSource makes no warranty, express or implied, and assumes no liability for use of this information. Trademarks. Third-party trademarks and brand names are the property of their respective owners; any reference is nominative — used only to identify a comparable product — and does not imply affiliation with, sponsorship by, or endorsement by the trademark owner.