We provide high-performance porous mineral carrier materials processed from selected natural attapulgite clay through advanced technology. Its unique nano-rod crystal structure and abundant internal pores make it an ideal matrix for preparing shape-stable composite phase change materials (ss-PCM), which can efficiently adsorb and lock phase change materials, solve leakage and phase separation problems, and significantly improve the thermal stability, cycle life, and safety of composite materials.
We are not only a reliable supplier of carrier materials, but also your trusted development partner. We are committed to providing personalized product customization and joint development support based on your specific PCM system and application requirements, working together to achieve excellent performance in your end products.
 

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Typical Technical Indicators of Basic Carrier

The following are core physical property data of representative batches, and actual supply indicators can be customized for you.

Note: The above table shows typical indicators of natural attapulgite clay basic carrier. The actual supply specifications of products (such as particle size, surface properties, etc.) can be personalized according to your specific PCM type, composite process, and application requirements to achieve optimal matching.
 

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Core Advantages

High Porosity and Strong Adsorption: Nano-channels and high specific surface area provide a physical foundation for high load rates and leakage prevention.
Excellent Stability: Inorganic skeleton is high-temperature resistant, flame-retardant, and corrosion-resistant, ensuring long-term reliability of composite materials.
Environmentally Friendly: Natural mineral raw materials, safe and non-toxic, in line with green environmental protection trends.
Good Compatibility: Adjustable surface properties, compatible with various PCMs, easy to disperse uniformly.
Cost Effectiveness: Compared with synthetic carriers, it has significant potential cost advantages.
 

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Application Areas

This carrier is the core basic material for developing advanced thermal management solutions in the following fields:
Building Energy Conservation: PCM gypsum boards, wall panels, and mortar, improving building thermal inertia and reducing energy consumption.
Thermal Energy Storage: Solid-state heat storage units in solar thermal utilization and industrial waste heat recovery systems.
Temperature Management: Cold chain logistics insulated boxes and temperature-controlled packaging.
Electronic Thermal Management: Thermal interface materials or encapsulation fillers for consumer electronics and battery thermal management.
Smart Textiles: Temperature-regulating fibers, fabrics, and garment fillings.
Agricultural Horticulture: Greenhouse films or soil conditioners to regulate micro-environment temperature.
 

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Our Cooperation Support

Product Customization: Provide customized carrier products according to your requirements for particle size, surface properties, etc.
Joint Development: Provide samples and can provide collaborative technical support during your development of specific composite materials.
Stable Supply: Strict quality control system to ensure batch consistency, supporting stable supply from sample to ton-level.
Technical Confidentiality: All cooperation is conducted under the framework of Non-Disclosure Agreement (NDA), respecting and protecting your intellectual property rights.
Important Note: The final performance of composite materials is the result of the combined action of carrier, PCM, process, and application scenarios. We recommend you conduct comprehensive application tests to verify suitability. We look forward to working with you to explore and transform the potential of this multifunctional carrier into the core competitiveness of your products.
 

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Contact us to obtain samples and discuss customized cooperation plans.