Factory-Grade Pharmaceutical Additive Bentonite TZ-55
| Property | Details |
|---|---|
| Appearance | Free-flowing, cream-colored powder |
| Bulk Density | 550-750 kg/m³ |
| pH (2% suspension) | 9-10 |
| Specific Density | 2.3 g/cm³ |
Product Manufacturing Process
The manufacturing process of Bentonite TZ-55 involves the extraction and purification of natural clay minerals, followed by a controlled milling process to achieve the desired particle size. This ensures the clay's natural properties are retained, making it an ideal pharmaceuticals additive. Studies reveal that maintaining a precise temperature and pH is crucial for preserving the bentonite's efficacy in pharmaceutical applications.
Product Application Scenarios
Bentonite TZ-55 is primarily utilized in the coatings industry, specifically in architectural coatings, latex paint, and mastics. Its excellent rheological properties make it suitable for pharmaceutical applications requiring stable formulations. Research suggests its utility in extending the shelf-life and stability of pharmaceutical products by preventing sedimentation and improving thixotropy.
Product After-Sales Service
Our factory offers comprehensive after-sales support, including technical consultancy and product customization to meet specific pharmaceuticals additive needs. Contact our team for detailed guidance on optimal usage and storage conditions.
Product Transportation
The product is packed in 25 kg HDPE bags or cartons, palletized and shrink-wrapped for safe transportation. Ensure dry conditions during transport to maintain product integrity.
Product Advantages
- Excellent rheological characteristics
- Superior suspension and anti-sedimentation properties
- Transparency and pigment stability
- Environmentally friendly and cruelty-free production
Product FAQ
- What is the primary use of Bentonite TZ-55? Bentonite TZ-55 is primarily used as a pharmaceutical additive with excellent rheological properties suitable for various coatings.
- Why choose Bentonite TZ-55 from our factory? Our factory ensures high-quality, consistent production with a focus on sustainability and green processes.
- How should Bentonite TZ-55 be stored? Store in a cool, dry place in its original packaging to prevent moisture absorption.
- Is Bentonite TZ-55 safe for pharmaceutical use? Yes, it meets the safety standards for pharmaceutical additives and is not classified as hazardous.
- Can Bentonite TZ-55 be used in aqueous systems? Absolutely, it's specifically designed for aqueous coating systems.
- What packaging options are available? Available in 25 kg packs with HDPE bags or cartons, palletized for transportation.
- Does the product have environmental certifications? Yes, our production is focused on green and sustainable practices.
- Is technical support available for this product? Yes, we offer comprehensive technical support post-purchase.
- What is the shelf life of Bentonite TZ-55? The product has a shelf life of up to 24 months under recommended storage conditions.
- What industries benefit from using Bentonite TZ-55? Primarily the coatings industry, with applications in architectural coatings and pharmaceuticals.
Product Hot Topics
- Discussing the role of Bentonite TZ-55 in pharmaceuticals: Bentonite TZ-55, as a top-tier factory-provided pharmaceuticals additive, plays a pivotal role in promoting the stability and effectiveness of various formulations. Its unique chemical properties as a rheology modifier make it indispensable in processes requiring precise consistency and quality assurance.
- The environmental impact of manufacturing Bentonite TZ-55: Our factory takes pride in its commitment to sustainable production practices while manufacturing Bentonite TZ-55. By minimizing waste and optimizing energy use, we ensure that our pharmaceuticals additive is produced with minimal environmental impact, aligning with global sustainability goals.
- Innovations in using Bentonite TZ-55 in coatings: The innovative use of Bentonite TZ-55 as a pharmaceuticals additive is a game-changer for the coatings industry, particularly in aqueous systems. Its ability to enhance thixotropy and stability makes it a leading choice among manufacturers seeking to improve product performance without sacrificing environmental values.
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