Sodium Meta Bi Sulphite (SMBS) for Sydney is a highly effective preservative, antioxidant, and reducing agent widely used in chemical, food & beverage, and water treatment industries across Sydney. It plays a crucial role for local businesses in Sydney in the purification of aldehydes and ketones for chemical industries based in Sydney and is also used in the processing of sulphonated oils and resins for local manufacturers in Sydney. Our product for Sydney is tested on strict quality parameters for customers in Sydney to ensure high purity, stability, and consistent performance for industries based in Sydney.
We offer a premium range of Sodium Meta Bi Sulphite for Sydney manufactured using advanced technology and high-grade raw materials for local businesses in Sydney. This ensures superior quality and reliability for various industrial applications for industries based in Sydney. Our products for Sydney are available at competitive market prices for customers in Sydney with assured quality standards for users in Sydney.
As a leading exporter and supplier of Sodium Meta Bi Sulphite serving Sydney, we follow strict ISO 9001 quality standards for local businesses in Sydney and maintain a well-equipped in-house laboratory for quality control for supplies to Sydney. Our SMBS for Sydney is available in both food grade and commercial grade for local industries, meeting domestic as well as international specifications for customers in Sydney.
It is also commonly known as SMBS, Sodium Metabisulfite, and Sodium Meta Bi Sulfite, and is widely used across industries due to its excellent chemical and preservative properties.
| Sr. No. | PCharacteristics | Specifications |
|---|---|---|
| 1 | Physical Appearance | Creamish Crystalline Powder |
| 2 | Assay as SO2% by mass | 60-65% Min. |
| 3 | Assay as Na2S2O5% by mass | 96% Min. |
| 4 | PH of 10% Solution | 4 to 5.5 |
| 5 | Clarity of 10% Solution | Clear |
| 6 | Insoluble Matter, Max. | 0.05% (Reject) |
| 7 | Iron (as Fe) Max. | 20ppm |
| 8 | Heavy Metal (as Pb) Max. | 10ppm |