Factory Cosmetics and Personal Care Raw Material - Synthetic Layered Silicate
Product Details
| Characteristic | Specification |
|---|---|
| Appearance | Free flowing white powder |
| Bulk Density | 1200~1400 kg·m-3 |
| Particle size | 95%＜250μm |
| Loss on Ignition | 9~11% |
| pH (2% suspension) | 9~11 |
| Conductivity (2% suspension) | ≤1300 |
| Clarity (2% suspension) | ≤3min |
| Viscosity (5% suspension) | ≥30,000 cPs |
| Gel strength (5% suspension) | ≥20g·min |
Common Product Specifications
| Application | Usage | Storage | Package |
|---|---|---|---|
| Coatings, Cosmetics, Detergent, Adhesive, Ceramic glazes, Building materials, Agrochemical, Oilfield, Horticultural products | Prepare pre-gel with 2-% solid content using high shear dispersion, pH 6~11, deionized water recommended | Hygroscopic, store under dry conditions | 25kg per pack in HDPE bags or cartons, goods palletized and shrink-wrapped |
Product Manufacturing Process
According to authoritative papers, the manufacturing process for producing synthetic layered silicate involves a series of carefully controlled steps to ensure the resulting material’s purity and effectiveness. Initial stages include selecting high-quality raw minerals, followed by mechanical grinding to achieve the desired particle size. The powdered material is then subjected to a high-temperature modification process, which aligns its crystalline structure to mimic natural bentonite. This process enhances its thixotropic properties, making it ideal for use in a wide range of applications. The final product is thoroughly tested to ensure it meets strict quality standards, particularly in terms of its rheological properties, stability, and safety as a cosmetic and personal care raw material.
Product Application Scenarios
The synthetic layered silicate produced by our factory is particularly well-suited for application in cosmetics and personal care formulations due to its exceptional stability and shear-thinning properties. Authoritative studies have shown that such materials can significantly enhance the texture and functional properties of cosmetic products, providing a smooth application and ensuring consistent viscosity under various conditions. Furthermore, these characteristics allow for improved suspension of active ingredients and aesthetic additives in formulations, resulting in superior end-user satisfaction. Additionally, its role in thickening and stabilizing waterborne systems makes it a valuable component in a range of industrial applications beyond cosmetics, including coatings, adhesives, and agrochemicals.
Product After-sales Service
Our factory is committed to providing exceptional after-sales service for all cosmetics and personal care raw materials. Customers can contact our dedicated support team for assistance with product-related inquiries, technical support, and guidance on optimal product usage. We offer comprehensive solutions to address any quality concerns, ensuring that our clients receive the best possible experience with our products. In addition, we provide ongoing updates and information about our product developments and improvements to meet evolving industry standards.
Product Transportation
All products are shipped securely from our factory using HDPE bags or cartons and are palletized and shrink-wrapped to ensure protection during transit. We partner with reputable logistics providers to achieve swift and efficient delivery to our global clientele. Customers are encouraged to verify the condition of products upon delivery and report any transportation-related damages promptly to our service team, who will expedite resolution processes.
Product Advantages
- Eco-friendly and sustainable manufacturing processes
- Exceptional thixotropic properties for diverse formulation systems
- High performance in stability and viscosity control
- Versatile application across a broad range of industries
- Strict adherence to safety and regulatory standards
- Continuous innovation for improved product lifecycle performance
- Ethically sourced with animal cruelty-free certification
- Strong brand reputation recognized both domestically and internationally
- Unmatched support and expertise from experienced professionals
- Commitment to sustainable development and ecosystem protection
Product FAQ
- What is the shelf life of your synthetic layered silicate?
Our synthetic layered silicate, when stored under recommended conditions, maintains its optimal properties for up to two years. Ensure the material is stored in a dry environment to prevent moisture absorption, which can affect performance.
- How is your product different from natural bentonite?
Our synthetic version is engineered to offer superior consistency in properties such as thixotropy and rheological stability, which may vary in natural bentonite. It also allows for greater control over ingredient purity and functional performance in personal care formulations.
- Can this product be used in formulations for sensitive skin?
Yes, the synthetic layered silicate is designed to be gentle and non-irritating, although testing within the specific product formulation is recommended to ensure compatibility and safety for sensitive skin applications.
- Is your product compatible with other emulsifiers and surfactants?
Yes, our product is compatible with a wide range of emulsifiers and surfactants, enhancing the texture and stability of formulations where other components might otherwise cause issues with separation or consistency.
- What are the recommended storage conditions?
Store our synthetic layered silicate in a cool, dry place, ideally in its original packaging, to prevent moisture absorption which might affect its rheological properties and performance characteristics.
- How do I incorporate this product into cosmetic formulations?
To effectively incorporate, prepare a pre-gel with the recommended solid content, ensuring high shear dispersion and maintaining the pH as specified. Adjust formulations based on preliminary testing to achieve optimal results.
- What percentage of the formulation should your product constitute?
The recommended addition rate is 0.2-2% of the total formulation weight, though optimal percentages should be determined based on specific formulation needs and performance testing outcomes.
- Is your product environmentally friendly?
Yes, our factory emphasizes sustainability in production processes and the raw material is designed to be eco-friendly, aligning with the increasing consumer demand for green cosmetics without compromising performance.
- What are the shipping options available?
We offer flexible shipping options to meet customer needs, working with reliable logistics partners to ensure safe and timely delivery worldwide. Shipping methods may vary based on destination and urgency of delivery requirements.
- Does the product contain any animal-derived ingredients?
No, our synthetic layered silicate is free from animal-derived ingredients and our factory prioritizes ethical and cruelty-free production methods, ensuring that all our cosmetics and personal care raw materials are suitable for vegan formulations.
Product Hot Topics
- Discuss the impact of synthetic layered silicates on modern cosmetic formulations.
Synthetic layered silicates have revolutionized modern cosmetics by providing formulators with versatile and stable raw materials that enhance product performance. Their superior thixotropic properties allow for more controlled and desirable textures in creams and lotions. In addition, their ability to maintain consistency across different temperature and stress conditions improves product reliability, increasing consumer satisfaction. By incorporating these advanced materials, cosmetic products can achieve better suspension of active ingredients, leading to enhanced efficacy and consumer appeal.
- Exploring the benefits of synthetic layered silicates in green formulations.
With the growing emphasis on sustainability, synthetic layered silicates offer significant benefits for green formulations. These materials provide formulators with an eco-friendly alternative without sacrificing performance. They support the creation of formulations that are not only effective but also align with environmentally conscious values, as they are produced under strict sustainability guidelines. This makes them invaluable in developing modern cosmetics that meet consumer demands for cleaner, greener beauty products while still offering optimal functional qualities.
- Why are synthetic alternatives gaining preference over natural clays?
Formulators are increasingly turning to synthetic alternatives like layered silicates due to their consistent quality and performance advantages over natural clays. Unlike natural variants, synthetic silicates offer reproducible properties and enhanced functionality, crucial for delivering reliable and high-quality end products. Moreover, synthetic options allow for greater control over purity levels and customization in formulations, giving manufacturers the flexibility to meet specific formulation requirements more effectively.
- The role of synthetic layered silicates in addressing cosmetic industry challenges.
Synthetic layered silicates play a pivotal role in overcoming key challenges faced by the cosmetics industry, such as maintaining stability across different formulations and enhancing the texture and feel of products. By integrating these materials, formulators can achieve desired product characteristics while reducing the need for additional stabilizing agents. This not only simplifies formulations but also aligns with consumers’ growing preference for minimalist ingredient lists in their personal care routines.
- How do synthetic layered silicates enhance the texture of personal care products?
The incorporation of synthetic layered silicates in personal care products significantly enhances their texture by providing excellent shear-thinning properties and thermal stability. These materials allow for smooth application and an appealing tactile experience, which are crucial factors in consumer satisfaction. Additionally, their ability to stabilize emulsions and prevent ingredient separation ensures consistent performance, further enhancing the sensory attributes of personal care formulations.
- Challenges of incorporating synthetic silicates into personal care formulations.
While synthetic layered silicates offer numerous benefits, their incorporation into formulations can present challenges such as achieving the optimal dispersion and maintaining stability across different pH levels. Formulators must carefully balance these materials within existing ingredient matrices and adjust processing conditions to unlock their full potential. By conducting thorough testing and process optimization, these challenges can be effectively addressed to maximize the performance benefits of synthetic silicates.
- The importance of mineral labeling on cosmetic packaging.
The inclusion of minerals like synthetic layered silicates on cosmetic packaging labels is essential for transparency and helps consumers make informed decisions. By highlighting the presence of these advanced materials, brands can communicate their commitment to high-quality and effective formulations. This transparency also supports consumer confidence and brand loyalty, as individuals increasingly seek products with clear, understandable ingredient lists that align with their values and beauty goals.
- The future of personal care products: embracing synthetic clay minerals.
The future of personal care products is increasingly moving towards the adoption of synthetic clay minerals as key formulation components. These materials allow for the creation of sustainable, high-performance products that align with consumer demands for clean beauty. As technology advances, the integration of synthetic silicates offers exciting opportunities for innovation in product development, enabling brands to offer unique benefits and differentiate themselves in a competitive market.
- The impact of synthetic layered silicates on product sustainability.
Synthetic layered silicates contribute to the sustainability of personal care products by offering eco-friendly and efficient alternatives to traditional ingredients. Their use supports the trend towards green beauty, allowing brands to reduce the environmental footprint of their formulations without compromising on quality or effectiveness. By prioritizing sustainable raw materials, the industry can meet consumer expectations and reduce its impact on the planet, all while delivering superior product performance.
- How is synthetic layered silicate production evolving?
Production of synthetic layered silicates is evolving to incorporate more sustainable practices and advanced technologies. This evolution is driven by the need to improve material functionality while minimizing environmental impact. Advancements in manufacturing techniques, such as optimized mineral processing and enhanced quality control measures, are setting new benchmarks for performance and consistency. As the industry progresses, these innovations will continue to shape the development of personal care raw materials, ensuring they meet both contemporary performance demands and future sustainability goals.
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