Modified Fine Grained Aluminum Hydroxide

Modified Fine Grained Aluminum Hydroxide is based on high-purity aluminum hydroxide and is prepared through particle size control and surface modification techniques. 

High Flame Retardant Efficiency: Aluminum hydroxide releases water of crystallization and absorbs heat upon heating, simultaneously forming an alumina protective layer, reducing combustion temperature and flame spread rate.

Excellent Dispersion Performance: Surface modification improves the compatibility of the powder with resin systems such as PE, PP, PVC, and EVA, reducing particle agglomeration and increasing filler ratio.

Precise Particle Size Control: Fine grinding and grading technologies control D50 and particle size distribution, reducing the impact of coarse particles and improving material surface quality, mechanical properties, and processing performance.

High Purity and Stability: High-purity raw materials are used, and impurities and moisture content are strictly controlled to ensure batch-to-batch stability.

Raw Material Selection: High-purity raw materials are used, and chemical composition and impurity content are tested to ensure stable basic product performance.

Fine Grinding & Classification: Particle size distribution is controlled through fine grinding and classification technologies to improve product consistency.

Surface Modification: Professional modification processes are used to improve powder dispersibility and resin compatibility.

Quality Inspection: Key indicators such as particle size, moisture content, and purity are tested to ensure each batch of product meets requirements.

Packaging & Shipment: Moisture-proof packaging is used to ensure product stability during international transportation.

Raw Material Control: Purity, composition, and impurity testing of raw materials enables batch traceability.

Process Monitoring: Particle size, moisture content, and modification effects are controlled during production to ensure product stability.

Finished Product Testing: Testing is conducted using equipment such as particle size analyzers and moisture analyzers, and COA and TDS documents are provided. 

Wire & Cable Materials: Used for LSZH/HFFR cable materials, PVC sheath materials, etc., to improve flame retardancy while maintaining good processability.

Engineering Plastics: Suitable for modifying PA, PBT, PET, and other materials to improve flame retardancy, thermal stability, and overall performance.

Coatings & Adhesives:Used in fire-retardant coatings, sealants, etc., to enhance the flame retardancy and stability of materials.

Particle Size Customization: D50 and particle size distribution are adjusted according to customer formulation requirements to meet different processing needs.

Surface Treatment Customization: Modification solutions such as silanes and titanates are provided to improve material compatibility.

Packaging Customization: Supports 25kg bags, ton bags, and customized customer labels to meet overseas procurement needs.

Moisture-Proof Packaging: Utilizes sealed, moisture-proof packaging to ensure the stability of powder transportation.

Flexible Supply: Supports sample, small-batch, and bulk purchases to meet diverse procurement requirements.

Export Logistics: Provides professional logistics solutions to ensure safe product delivery.

20+ Years Manufacturing Experience
Founded in 2003, specializing in the R&D and manufacturing of inorganic new materials, with over 20 years of industry experience.

Stable Production Capability
Possesses a large-scale production base and a complete manufacturing system, supporting long-term stable procurement from global clients.

Professional R&D Team
Has material R&D and performance optimization capabilities, providing customized solutions.

Strict Quality Control
Equipped with advanced testing equipment, strictly controlling product quality and batch stability.

Global Export Experience
Products are exported to overseas markets, with mature export services and customer support capabilities.

Customized Solutions
Supports customization of product specifications, performance, and application requirements to meet diverse customer needs.