Trusted Supplier of Lithium Magnesium Silicate Hatorite
Product Main Parameters
| Parameter | Value |
|---|---|
| Appearance | Free flowing white powder |
| Bulk Density | 1000 kg/m3 |
| Density | 2.5 g/cm3 |
| Surface Area (BET) | 370 m2/g |
| pH (2% suspension) | 9.8 |
| Free moisture content | <10% |
| Packing | 25kg/package |
Common Product Specifications
| Specification | Details |
|---|---|
| Chemical Composition | Lithium, Magnesium, Silicon, Oxygen |
| Solubility | Hydrates and Swells in Water |
| Structure | Layered Silicate |
Product Manufacturing Process
Lithium magnesium silicate is synthesized via a controlled precipitation process from lithium and magnesium salts under specific conditions of pH and temperature, followed by hydrothermal treatment. This process ensures a consistent particle morphology and crystalline structure, essential for applications demanding high thermal stability and ionic conductivity. Optimizing these parameters is crucial for achieving the desired product characteristics. Studies indicate that adjusting these synthesis conditions can significantly enhance the material properties, making it suitable for advanced industrial applications.
Product Application Scenarios
Extensive research highlights the diverse applications of lithium magnesium silicate facilitated by its unique properties. In battery technology, its high ionic conductivity is exploited for developing safer and efficient solid-state lithium-ion batteries. In ceramics, its thermal and mechanical robustness makes it indispensable for producing heat-resistant components. In the realm of optics, its low thermal expansion properties are leveraged in crafting precision instruments. These scenarios underscore the versatility of lithium magnesium silicate as a pivotal material in modern technology, affirming its broad utility across multiple domains.
Product After-sales Service
Our after-sales service includes technical support and consultation to ensure the optimal use of our lithium magnesium silicate products. We provide guidance on product handling, storage, and application techniques to enhance product performance and address any customer queries promptly. We also offer product replacement or refund options if the product fails to meet specified quality standards.
Product Transportation
Our lithium magnesium silicate products are securely packaged in 25kg packages to ensure safe transportation. We comply with all regulatory guidelines in handling and shipping to safeguard product integrity. Our logistics team is committed to timely and efficient delivery worldwide, tailored to meet the specific needs of our clients.
Product Advantages
- High ionic conductivity for battery applications
- Enhanced thermal and mechanical stability
- Versatile across various industrial applications
- Environmentally friendly and animal cruelty-free
- Globally recognized and trusted brand
Product FAQ
- What makes lithium magnesium silicate a suitable choice for batteries? Lithium magnesium silicate is favored for battery applications due to its high ionic conductivity, which facilitates efficient charge transport, enhancing battery performance and safety.
- How does this product contribute to eco-friendly practices? Our lithium magnesium silicate solutions are developed with sustainability in mind, being free from animal cruelty and designed to promote low-carbon processes in various industries.
- Can I use this product in ceramic applications? Yes, its thermal stability and mechanical strength make it an excellent choice for producing high-quality ceramic components.
- Is technical support available for using this product? Absolutely, our team provides comprehensive technical assistance to ensure optimal application and performance of our products.
- What is the recommended dosage for paint applications? Depending on the formulation, 0.5% to 4% (based on total formulation) is generally recommended for optimal results.
- Do you provide samples for testing? Yes, we offer free samples for laboratory evaluation before you place an order to ensure it meets your specific needs.
- What is the shelf life of your product? When stored properly, our lithium magnesium silicate has a long shelf life, maintaining its quality and effectiveness.
- Is the product compatible with other materials? It is widely compatible with various materials and formulations, enhancing their structural and functional properties.
- How should I store this product? It should be stored in a cool, dry place, away from direct sunlight to maintain its quality.
- Are there any safety concerns with using this product? Our product is manufactured following stringent safety standards, ensuring it is safe to handle and use in various applications.
Product Hot Topics
- How is technology evolving in the production of lithium magnesium silicate? The integration of nanotechnology and advanced material sciences is driving significant advancements in the synthesis and application of lithium magnesium silicate, allowing suppliers to offer more refined and highly customized solutions tailored to specific industrial needs. This evolution is pivotal in expanding the current industrial applications and exploring entirely new ones, fueling a dynamic growth trajectory for this material in high-tech industries.
- The role of lithium magnesium silicate in sustainable industry practices? As a responsible supplier, integrating lithium magnesium silicate into manufacturing processes can significantly reduce environmental impact due to its eco-friendly properties. Its role in promoting low-carbon technologies and facilitating the transition to more sustainable industrial practices is increasingly recognized, aligning well with global sustainability goals and demonstrating its crucial role in the green transition of industries worldwide.
- Challenges and solutions in the application of lithium magnesium silicate in batteries? While lithium magnesium silicate offers promising benefits for solid-state batteries, challenges such as optimizing ionic conductivity and addressing cost-effective scalability remain. However, ongoing research and development by suppliers are yielding innovative solutions that enhance these properties, making the material more viable for mass production and commercial adoption, highlighting its potential as a cornerstone for future energy solutions.
- The potential of lithium magnesium silicate in the ceramics industry? Suppliers of lithium magnesium silicate are continuously innovating to optimize its application in ceramics, capitalizing on its inherent thermal stability and mechanical strength. Recent studies and industry trials are uncovering new methodologies to leverage its full potential, advocating for its expanded use in high-temperature and structural applications, which promise performance enhancements and cost efficiencies.
- Market trends for lithium magnesium silicate applications? As a supplier, observing a shift in market trends towards increased demand for lithium magnesium silicate is paramount, driven by its versatility and performance benefits. Market insights suggest a growing preference across industries, from battery technology to advanced ceramics, indicating a steady future growth trajectory for this material, spurred by technological advancements and heightened sustainability demands.
- Achieving ultra-high precision in optics with lithium magnesium silicate? By leveraging the low thermal expansion and excellent clarity of lithium magnesium silicate, suppliers can now offer materials that meet the rigorous demands of ultra-high precision optics, crucial for scientific and industrial applications. This capability underscores the material's transformative potential in enhancing the performance and reliability of optical instruments.
- Innovations in lithium magnesium silicate processing techniques? Recent innovations in processing techniques are enhancing the quality and consistency of lithium magnesium silicate products offered by suppliers, enabling more precise tailoring of material properties to meet specific industrial demands. These advancements foster greater material efficiency and broaden its application scope across diverse sectors.
- The impact of global supply chain dynamics on lithium magnesium silicate availability? The global supply chain dynamics continue to influence the availability and pricing of lithium magnesium silicate. Suppliers are actively working to mitigate disruptions and ensure stable supply, including diversifying sources and investing in reliable logistics networks, which is crucial to maintaining consistent service levels to their customers worldwide.
- Comparing lithium magnesium silicate with traditional materials? Lithium magnesium silicate offers several advantages over traditional materials, such as enhanced ionic conductivity and superior thermal stability, making it a highly sought-after alternative across various applications. Suppliers are increasingly focusing on highlighting these benefits to promote broader adoption in industries looking to upgrade and modernize their material choices.
- The future of lithium magnesium silicate in emerging technologies? With emerging technologies continuously pushing the envelope in material performance requirements, the role of lithium magnesium silicate is becoming increasingly central. Suppliers are poised to play a pivotal role in this evolution, offering materials that meet the growing demands for higher efficiency and sustainability, thus carving out a vital niche in the future technological landscape.
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