NAD+ lyophilized form · Factory-direct B2B
One coenzyme, held in its freeze-dried form
NAD+ as a lyophilized powder — form declaration, residual-moisture records and storage-stability notes per batch, with the NAD+/NADH distinction spelled out so a quotation can be audited line by line.
- Lyophilized powder
- CAS 53-84-9 identity
- Storage stability notes
- NAD+ vs NADH
The form layer, in three readings
Everything on this site reads the form of the material — not the catalog claim. The identity reference shown is the CAS number used in the batch file, a public chemical identifier rather than a quality claim.
Lyophilized powder form
NAD+ supplied as a freeze-dried powder with residual moisture controlled and recorded per batch — the format this site is built around. CAS 53-84-9 is used as the identity reference in batch documents.
Storage stability notes
How the lyophilized form should be read on storage: why the dry format exists, what the stability notes on the batch file cover, and what they do not promise.
NAD+ vs NADH
The two coenzyme forms are different materials with different CAS references — the comparison buyers use to check which form a quotation actually describes.
What a lyophilized-form supply actually commits to
A lyophilized-form supply program provides NAD+ as a freeze-dried powder for qualified B2B formulation and industrial projects — one material in one documented form. The batch file declares the lyophilized form, records residual moisture per batch, and confirms identity against the CAS 53-84-9 reference, with COA and supporting analytical documents issued per batch on request. Supply covers the raw material in lyophilized form only — no finished consumer products, no consumer dosing guidance; the wider raw-material supply terms sit with the sister API/intermediate site.
Form questions, answered plainly
NAD+ form questions
What does this site supply?
NAD+ as a lyophilized powder — one material, one form. The wider NAD+ raw-material supply program (bulk, identity and supplier terms) is documented on our sister site; this site covers the form layer: freeze-dried format, storage-stability notes and the NAD+/NADH distinction.
Why a lyophilized form at all?
Freeze-drying removes water from the material and stabilizes it for storage and transport. The batch file records the form and residual moisture per batch; storage notes describe handling, not an open-ended shelf-life promise.
How do I confirm the batch I received is NAD+ and not NADH?
Check the identity reference on the batch document: NAD+ carries CAS 53-84-9, while reduced NAD (NADH) is a different material with its own CAS reference. The two are not interchangeable in documentation.
Who performs the manufacturing?
Manufacturing is performed by Sichuan Zhongjian Huatai Biotechnology Co., Ltd.; the lyophilized-form practice described here reflects its documented process. The responsible entity is stated in your quotation and shipping documents.