Factory Made Organically Modified Phyllosilicate Bentonite
Product Main Parameters
| Property | Detail |
|---|---|
| Appearance | Cream-colored powder |
| Bulk Density | 550-750 kg/m³ |
| pH (2% suspension) | 9-10 |
| Specific Density | 2.3g/cm³ |
Common Product Specifications
| Attribute | Specification |
|---|---|
| Packaging | 25 kg HDPE bags/cartons |
| Storage | Dry, 0-30°C, 24 months |
Product Manufacturing Process
The process of creating organically modified phyllosilicates involves intercalating organic molecules into natural phyllosilicate structures, often through ion exchange reactions with quaternary ammonium salts. These modifications improve hydrophobicity, enhance compatibility with organic solvents, and expand application possibilities. Recent studies highlight the material's use in enhancing mechanical properties of polymers and its role in environmental remediation and catalysis.
Product Application Scenarios
Organically modified phyllosilicate from our factory is utilized across multiple industries due to its unique properties. In coatings, it provides enhanced rheological control and anti-sedimentation properties, crucial for architectural coatings and latex paints. Additionally, its adsorption capacity makes it effective for pollution remediation in water treatment processes. In polymer-clay nanocomposites, it significantly boosts mechanical strength and thermal stability.
Product After-Sales Service
Our factory stands behind its products, offering comprehensive after-sales support including troubleshooting, technical assistance, and replacement for defective items. Customers can contact our support team via email or phone for prompt service.
Product Transportation
All orders are securely packed in robust HDPE bags or cartons, palletized, and shrink-wrapped for safe transit. We ensure timely delivery through trusted logistics partners, providing tracking details upon dispatch.
Product Advantages
- Superior compatibility with diverse polymers and solvents.
- Enhanced mechanical and thermal stability in composites.
- Effective pollution remediation capabilities.
- Environmentally friendly and animal cruelty-free production process.
Product FAQ
- What are the main applications of these phyllosilicates? Organically modified phyllosilicates are mainly used in coatings, environmental remediation, polymer composites, and catalysis.
- What is the recommended usage level? The typical use level is 0.1-3.0% additive by weight of the total formulation.
- How should the product be stored? Store in a cool, dry place between 0°C and 30°C, in tightly sealed containers.
- Are these materials safe to handle? Yes, but avoid dust contact and inhalation; use protective gear when necessary.
- What makes these clays unique compared to traditional clays? Their organic modification enhances hydrophobicity and compatibility with organic substances.
- Can these clays be used in environmental applications? Yes, they are effective in adsorbing organic pollutants from water.
- How does the modification process enhance performance? Organic cations increase hydrophobicity, expanding application potential.
- Are there any special handling precautions? Avoid contact with skin, eyes, and avoid inhaling dust. Ensure proper ventilation.
- Is your product eco-friendly? Yes, all products are developed with sustainability in mind.
- What is your customer support availability? Our team is available via email and phone during business hours for support.
Product Hot Topics
- The Role of Factory in Producing High-Quality Phyllosilicates Our factory's advanced technology ensures consistent quality in organically modified phyllosilicates, meeting the high standards of various industries. The precise control over the modification process allows us to tailor properties for specific needs, whether for enhanced compatibility with polymers or improved adsorption capacities for environmental applications.
- Innovations in Organically Modified Phyllosilicate Production The latest advancements in organic modifications at our factory are setting new benchmarks in material performance. By fine-tuning the organic intercalation, we can expand the application of phyllosilicates in fields such as catalysis and drug delivery, highlighting their versatility and adaptation to modern industrial challenges.
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