The Pyridine-Free Karl Fischer Solution 2.0 mg H2O/mL by Dinâmica, available at LojaLab, is a pyridine-free volumetric Karl Fischer titrant with a nominal titer of 2.0 mg H2O per mL. The formulation is intended for water determination in compatible samples, and the titer value expresses the mass of water reacting with each milliliter of reagent.
| Function | Water determination |
|---|---|
| Technique | Volumetric titration |
| Titer | 2.0 mg H2O/mL |
| Presentation | 1000mL |
Pyridine-Free Karl Fischer Solution 2.0 mg H2O/mL is used as a Karl Fischer titrant for volumetric determination of water in compatible liquid and solid samples.
Pyridine-Free Karl Fischer Solution 2.0 mg H2O/mL has a nominal titer of 2.0 mg H2O/mL, a pyridine-free formulation, and a 1000mL presentation.
The titer indicates that each milliliter of titrant nominally corresponds to 2.0 mg of water in the Karl Fischer reaction. This value is used directly in the sample water-content calculation.
Pyridine-Free Karl Fischer Solution 2.0 mg H2O/mL 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 Pyridine-Free Karl Fischer Solution 2.0 mg H2O/mL 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.
