BORAX 10
High-Purity Borate Chemistry for Glass, Ceramics, Metallurgy, and Industrial Formulations
Borax 10 Mol is disodium tetraborate decahydrate supplied as a free-flowing, white crystalline granular material. This inorganic borate compound provides boron and sodium functionality for a broad range of industrial processes and formulations. Its established chemical properties make it particularly useful in glass and fiberglass manufacturing, ceramics, enamels, metallurgy, detergents, and specialty chemical applications. The granular form supports practical handling and incorporation into dry formulations and industrial processes where consistent borate chemistry is required.
Product Identification
| CAS | 1303-96-4 |
Technical Specifications
| Property | Specification |
|---|---|
| B2O3, % | 36.9 - 38.2 |
| Equivalent Na2B4Or 1 0H2O ,% | 101.0 - 104.6 |
| Na2O,% | 16.4 - 17.0 |
| Cl, ppm | 500 Max |
| SO4, ppm | 400 Max |
| Fe, ppm | 20 Max |
| Water insolubles, ppm | 300 Max |
Why Choose Our BORAX 10
Reliable Borate-Based Chemistry
Borax 10 Mol provides a consistent source of boron and sodium for industrial formulations and manufacturing processes. Its established chemistry supports applications where borate functionality, buffering, and fluxing properties are required.
- Disodium tetraborate decahydrate
- Disodium tetraborate decahydrate
- Consistent borate functionality
- Source of boron and sodium
Granular Form for Practical Processing
The free-flowing granular form of Borax 10 Mol is suited to industrial handling and dry-material processing. Its physical form supports convenient incorporation into manufacturing systems and formulated products.
- Free-flowing crystalline material
- Granular physical form
- Practical bulk handling
- Suitable for dry blending
- Easy incorporation into formulations
Strong Fit for High-Temperature Material Processing
Borate chemistry is widely used in glass, ceramic, enamel, and metallurgical processes. Borax 10 Mol can contribute useful boron and sodium functionality in applications involving melting, fluxing, and high-temperature material processing.
- Glass and fiberglass processing
- Ceramic and enamel systems
- Ceramic and enamel systems
Complete Quality & Regulatory Documentation
Supported by comprehensive technical documentation to help simplify product qualification and customer requirements.
- Certificate of Analysis (COA)
- Safety Data Sheet (SDS)
- Technical Data Sheet (TDS)
- Technical Data Sheet (TDS)
Applications
Glass and Fiberglass Manufacturing
Borax 10 Mol is widely used as a borate raw material in glass and fiberglass production. Its boron and sodium content supports formulation and melting processes used in manufacturing various glass products and fiberglass materials.
Ceramic Glazes, Frits, and Enamels
Borax 10 Mol is used in ceramic and enamel systems as a source of borate chemistry. It can support formulation requirements for glazes, frits, and vitreous coatings used across ceramic and industrial material applications.
Metallurgy and Metal Processing
Borax is used in selected metallurgical processes as a fluxing material, supporting the processing and treatment of metal-containing materials. Borax 10 Mol provides a practical source of borate chemistry for these industrial applications.
Detergents and Cleaning Formulations
Borax 10 Mol can be incorporated into detergent and cleaning formulations where alkaline and buffering functionality is required. Its established use in cleaning chemistry makes it suitable for selected household, commercial, and industrial formulation systems.
Chemical and Borate Manufacturing
Borax 10 Mol serves as a raw material for producing other borate compounds and specialty chemical formulations. Its sodium and boron content makes it useful in chemical processes requiring a dependable borate source
Specialty Industrial Formulations
Borax 10 Mol can support a range of specialty industrial applications where borate chemistry is required. It may be incorporated into formulations and processes involving buffering, fluxing, complexing, or boron-based functionality.