The Aqueous Sodium Sulfite Solution 17% by Dinâmica, available at LojaLab, is a 17% aqueous sodium sulfite solution used as a reducing reagent and scavenger of oxidative species in water treatment and chemical analysis. Its defined concentration supports controlled reduction of free chlorine, dissolved oxygen, and other method-compatible components.
| Function | Reducing reagent |
|---|---|
| Concentration | 17% |
| Functional ion | Sulfite |
| Presentation | 1000mL |
Aqueous Sodium Sulfite Solution 17% is used to remove free chlorine, consume dissolved oxygen, and perform reduction steps specified by analytical methods and aqueous processes.
Aqueous Sodium Sulfite Solution 17% contains Na2SO3 at 17% in an aqueous medium, has CAS 7757-83-7, and is supplied in 1000mL.
The sulfite ion transfers electrons to chlorine species and converts them to chloride. The stoichiometric relationship supports calculation of the solution amount required for the defined treatment.
Aqueous Sodium Sulfite Solution 17% is available in 1000mL presentations. For other quantities, recurring purchases, or larger requirements, contact the sales team to check availability and request a quotation.
Companies, laboratories, educational institutions, and research organizations can purchase Aqueous Sodium Sulfite Solution 17% directly from LojaLab. For recurring purchases, internal approval processes, research funding, public procurement, or formal quotation requirements, contact the sales team.
This product is intended for professional use in scientific research, laboratory analysis, education, and compatible industrial applications.
Each product has its own handling, storage, and disposal requirements. Before use, consult the corresponding SDS and follow the manufacturer's instructions and the safety procedures adopted by the institution.
LojaLab provides guidance on product selection and provenance; defining the use protocol and verifying suitability for the final application are the responsibility of the purchasing professional or institution.
