What is 6FDA used for?

6FDA may be evaluated as a monomer in polyimide and other polymer-synthesis work. The intended polymer system, stoichiometry, solvent and reaction conditions should be specified because this fluorinated aromatic dianhydride is a synthesis input, not a finished polymer.

Which specifications should be agreed for Polyimide-grade 6FDA?

Agree HPLC assay, appearance and colour, water, anhydride or hydrolyzed-acid control, residual solvent, insoluble matter and individual metal-ion limits with the test methods. Commercial high-purity grades may quote high assay and very low metals, but the full specification must be confirmed.

What packaging and storage details should be confirmed for 6FDA supply?

Confirm moisture-barrier inner packaging, seal integrity, net weight, manufacturing date, quoted shelf-life basis and cool, dry storage conditions. The dianhydride can convert toward the corresponding acid after moisture exposure, so agree resealing and storage controls.

Which polymer-synthesis parameters should be specified for 6FDA?

Specify the intended polyimide system, diamine or co-monomer stoichiometry, solvent, imidization route and target molecular weight or viscosity. Also state required monomer purity, water limits and moisture-control needs, because 6FDA is moisture-sensitive and can hydrolyze toward the corresponding acid.

Hexafluoroisopropylidene Diphthalic Anhydride (6FDA) CAS 1107-00-2

6FDA, CAS 1107-00-2, is 4,4'-(Hexafluoroisopropylidene)diphthalic anhydride, a fluorinated aromatic dianhydride. For an RFQ, identify the target polymer system, required purity or impurity controls, quantity, packaging and document needs.

CAS: 1107-00-2
Synonyms: 6FDA; 4,4'-(Hexafluoroisopropylidene)diphthalic anhydride
Einecs: 214-170-0
Molecular Formula: C₁₉H₆F₆O₆
Grade: Confirm the current product specification for the offered material.
Package: Confirm packaging suitable for the offered material and destination requirements.

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Product Description

1 Identity and specification review

2 Technical context

2.1 Chemical identity

2.2 Polymer synthesis context

2.3 Application boundary

3 Specification and documentation

4 Storage and safety

4.1 Handling and storage

4.2 Safety review

Identity and specification review

Field	Current page status	Buyer check
Product identity	6FDA CAS 1107-00-2	Match identity to current product documentation.
CAS number	1107-00-2	Use the CAS number to avoid a name-only match.
Molecular formula	C₁₉H₆F₆O₆	Confirm the current specification for the proposed product.
Chemical class	A fluorinated aromatic dianhydride	Confirm suitability for the intended process.
Product form	Not specified on this page.	Confirm the actual offered form and test method.
Assay and grade	Not specified on this page.	State the required assay and impurity criteria.
Impurity criteria	Not specified on this page.	State limits relevant to the intended use.
Packaging	Not specified on this page.	Confirm packaging for the destination requirements.
Documents	Not specified on this page.	State the documents required for evaluation.

Technical context

Chemical identity

6FDA is the established abbreviation for 4,4′-(Hexafluoroisopropylidene)diphthalic anhydride, CAS 1107-00-2.
It is a fluorinated aromatic dianhydride, not a finished polymer.

Polymer synthesis context

6FDA may be evaluated as a monomer in polyimide and other polymer-synthesis work.
The intended polymer system, impurity limits, and moisture controls should be reviewed against the current specification of the material proposed.

Application boundary

This page does not establish electronic grade, display, semiconductor, membrane, or optical-film suitability for the offered material.

Specification and documentation

This page does not confirm a supplier specification, package, certificate, or document availability.

Request a current product specification that matches the intended use.
Confirm whether any requested document is available for the offered material.
Confirm packaging after the product form and destination requirements are known.

Storage and safety

Handling and storage

This page is not a storage or handling instruction.
Review the current SDS for the exact material proposed before handling, storage, or transport decisions.
The receiving site should set controls for its own process and local requirements.

Safety review

Confirm hazard classification and transport classification from current product documentation.
Determine PPE and emergency measures from the current SDS and site assessment.
Confirm compatibility with the intended process before use.

FAQ - Technical & Supply Chain

Q:
Are 6FDA and Hexafluoroisopropylidene Diphthalic Anhydride the same monomer?

A: Yes. 6FDA is the established abbreviation for 4,4'-(hexafluoroisopropylidene)diphthalic anhydride, CAS 1107-00-2, a fluorinated dianhydride monomer used in polyimide production. It is not a finished polyimide or another phthalic anhydride isomer. State the CAS number and monomer identity.
Q:
What is 6FDA used for?

A: 6FDA may be evaluated as a monomer in polyimide and other polymer-synthesis work. The intended polymer system, stoichiometry, solvent and reaction conditions should be specified because this fluorinated aromatic dianhydride is a synthesis input, not a finished polymer.
Q:
Which specifications should be agreed for Polyimide-grade 6FDA?

A: Agree HPLC assay, appearance and colour, water, anhydride or hydrolyzed-acid control, residual solvent, insoluble matter and individual metal-ion limits with the test methods. Commercial high-purity grades may quote high assay and very low metals, but the full specification must be confirmed.
Q:
What packaging and storage details should be confirmed for 6FDA supply?

A: Confirm moisture-barrier inner packaging, seal integrity, net weight, manufacturing date, quoted shelf-life basis and cool, dry storage conditions. The dianhydride can convert toward the corresponding acid after moisture exposure, so agree resealing and storage controls.
Q:
Which polymer-synthesis parameters should be specified for 6FDA?

A: Specify the intended polyimide system, diamine or co-monomer stoichiometry, solvent, imidization route and target molecular weight or viscosity. Also state required monomer purity, water limits and moisture-control needs, because 6FDA is moisture-sensitive and can hydrolyze toward the corresponding acid.

Ordering & Documentation

Key information for document requests, quotations, and supply planning.

Documents

COA, TDS, SDS/MSDS and packing details are available on request.

Quotation

Send the CAS number, grade, quantity, packing preference and destination.

Sample & Supply

Support is available for samples, trial orders, bulk and repeat supply.

Storage & Shipping

Product-specific conditions are confirmed before order.

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