
Vitamin K3 MSB is a water-soluble vitamin K derivative used in feed and nutrition premixes where consistent dosing and blend stability are required.
Vitamin K3 MSB is selected in formulations where water solubility and processing flexibility are preferred over oil-based vitamin forms. For this reason, feed and premix developers often rely on menadione derivatives to achieve more uniform distribution at low inclusion rates. Consequently, this form enables clearer dosing control during large-scale blending operations.
Unlike fat-soluble vitamin K variants, the sodium bisulfite form integrates efficiently into dry premixes without the need for specialized carriers. As a result, manufacturers can simplify production workflows while maintaining consistent micronutrient delivery across batches. Moreover, this characteristic supports better alignment with automated mixing systems commonly used in feed processing environments.
Each application requires evaluation of compatibility with other vitamins, trace minerals, and functional additives. Therefore, Vitamin K3 MSB is typically assessed alongside complementary micronutrients to build balanced premix profiles. Finally, structured documentation and stable supply help quality teams maintain repeatable standards and predictable procurement cycles.
This vitamin derivative supports the following product-specific application areas:
Used in feed premixes where water-soluble vitamin forms support uniform micronutrient distribution.
Applied in nutrition strategies that prioritize controlled vitamin intake and predictable feed performance.
Evaluated during reformulation to improve mixing behavior and dosing accuracy in dry systems.
Integrated into automated production lines where consistent micronutrient delivery is required.
| Parameter | Specification Standard |
|---|---|
| Product Name | Vitamin K3 MSB |
| Chemical Name | Menadione Sodium Bisulfite |
| Vitamin Class | Vitamin K derivative (water-soluble) |
| Typical Form | Powder |
| CAS Number | 130-37-0 |
🔬 Scientific Data: Reference identity and properties at
PubChem Entry (External Link).