Zeolites
Molecular Sieves Desiccant
Polymer Additives

Zeolites

High-performance Zeolites designed for advanced molecular sieving and moisture control applications. Our premium zeolite products provide excellent selective adsorption, superior desiccant properties, and outstanding functional filling capabilities for polymer systems requiring precise moisture management and molecular separation.

  • Excellent Molecular Sieving
  • Superior Moisture Control
  • Selective Adsorption Properties
  • Outstanding Desiccant Performance
  • High Surface Area
  • Thermal Stability
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Technical Specifications

Chemical Type: Crystalline Aluminosilicate Minerals
General Formula: Mx/n[(AlO₂)x(SiO₂)y]·zH₂O
Si/Al Ratio: 1-6 (type dependent)
Physical State: White to off-white crystalline powder
Particle Size: 1-10 μm (average)
Surface Area (BET): 300-800 m²/g
Pore Size: 3-10 Å (molecular sieve)
Bulk Density: 0.6-1.0 g/cm³
pH (10% slurry): 10.0-12.5
Moisture Content: ≤ 1.5%
Thermal Stability: Up to 600°C
Processing Temperature: 150-300°C
Recommended Loading: 2-20% by weight
Storage Stability: Indefinite (dry conditions)
Packaging: 25kg kraft paper bags with PE liner

Applications

Molecular Sieve
Ion Exchange
Catalytic Support
Desiccant Applications
Gas Separation
Polymer Stabilization
Detergent Builders
Industrial Catalysts
Petroleum Processing
Construction Materials
Environmental Applications
Polymer Processing

Industry-Specific Grades

DRAVYOM offers specialized Zeolite grades tailored for specific molecular sieve and functional requirements, ensuring optimal performance across diverse polymer and industrial applications.

Molecular Sieve Grade
Pore Size: 3-10 Å Surface Area: 600-800 m²/g Selectivity: High Application: Gas separation
Catalytic Grade
Si/Al Ratio: 2-4 Acidity: Controlled Thermal Stability: High Application: Catalytic processes
Desiccant Grade
Water Capacity: High Regeneration: Easy Stability: Excellent Application: Moisture control
Industrial Grade
Cost-effective: High value Purity: Commercial Versatility: Multi-purpose Application: General industrial

Quality Standards

DRAVYOM's Zeolites are manufactured under stringent quality control protocols, meeting international standards for molecular sieves and catalytic applications with consistent performance.

ISO 9001:2015 Certified Manufacturing
ASTM Standard Compliance
Controlled Crystallinity
Advanced Pore Analysis
Superior Selectivity
Batch-to-Batch Consistency
Complete Structural Analysis
Moisture-Protected Storage

Advanced Chemical Properties & Performance

Zeolites exhibit exceptional molecular sieve and adsorption properties essential for polymer moisture control and purification. Their crystalline aluminosilicate structure and controlled pore characteristics ensure reliable selective adsorption, superior moisture management, and excellent catalytic performance in demanding polymer applications.

Crystal Structure
Framework: Aluminosilicate tetrahedral
Pore Size: 3-10 Å molecular
Structure Type: Microporous crystalline
Si/Al Ratio: Variable, controlled
Thermal Properties
Thermal Stability: Up to 800°C
Processing Temperature: Up to 300°C stable
Dehydration: Reversible water loss
Regeneration: Heat treatment possible
Adsorption Properties
Selectivity: Size and polarity based
Capacity: High water uptake
Mechanism: Molecular sieving
Kinetics: Rapid adsorption
Functional Benefits
Moisture Control: Precise water management
Purification: Contaminant removal
Catalysis: Shape-selective reactions
Ion Exchange: Cation substitution
Processing Characteristics
Loading Level: 1-10% typical
Compatibility: Most polymer systems
Dispersion: Good in polymer matrix
Activation: Heat treatment optional

Performance Characteristics

Detailed performance metrics demonstrate zeolite effectiveness in moisture control with exceptional selectivity, superior adsorption capacity, and excellent regenerability across demanding polymer applications.

Molecular Selectivity

Mechanism: Size-based sieving

Precise separation
Moisture Capacity

Property: High water uptake

Effective drying
Regenerability

Benefit: Heat reactivation

Reusable performance
Thermal Stability

Range: Up to 800°C

Exceptional durability
Chemical Inertness

Property: Stable framework

Long-term reliability
Rapid Kinetics

Speed: Fast adsorption

Efficient processing

Safety Information

Zeolites are generally safe but require proper handling to avoid inhalation of fine particles. Use appropriate respiratory protection during processing. Ensure adequate ventilation. Generally considered non-toxic and inert, but may cause mechanical irritation if inhaled.

Respiratory Protection Advised
Generally Safe Material
Chemically Inert

Storage & Handling

Store zeolites in dry conditions to maintain adsorption capacity. Keep containers tightly sealed to prevent moisture pickup. Use proper dust control measures during handling. Protect from contamination that may block pores.

Moisture protection essential
Dust control measures
Pore preservation
Regeneration capability

Chemical Mechanisms & Reaction Pathways

Zeolites function through precise molecular sieving mechanisms, selective adsorption, and catalytic activity based on their unique crystalline aluminosilicate framework structures with uniform pore systems and ion exchange capabilities.

Molecular Sieving

Size-selective separation based on uniform pore dimensions and molecular size exclusion

Precise molecular discrimination mechanisms
Ion Exchange

Framework cation exchange for selective removal and purification processes

Reversible ionic substitution reactions
Adsorption Mechanisms

Physical adsorption through van der Waals forces and electrostatic interactions

Selective molecular recognition and binding
Catalytic Activity

Acid-base catalysis through framework aluminum and exchangeable cations

Shape-selective catalytic transformations

Regulatory Compliance & Documentation

Comprehensive regulatory compliance ensures safe use of zeolites in polymer applications with complete documentation packages supporting international standards and environmental safety requirements for industrial processing.

ASTM Standards

American Society for Testing and Materials compliance for zeolite specifications

ISO 9276 Particle Size

International standard for particle size analysis and distribution measurement

FDA Food Contact

Food contact safe grades available for appropriate polymer applications

REACH Registration

European Union chemical regulation compliance for safe industrial use

Environmental Impact

Environmental safety assessments and sustainability documentation

SDS Documentation

Safety Data Sheets with comprehensive handling and safety information

Technical Support & Value-Added Services

DRAVYOM's materials science team provides comprehensive application support, performance optimization, and technical services to maximize zeolite effectiveness in your specific polymer processing and separation applications.

Application Development
  • Performance optimization for specific applications
  • Processing parameter guidance
  • Adsorption capacity testing
  • Custom pore size selection
Analytical Services
  • Pore size distribution analysis
  • Surface area measurement
  • Adsorption isotherm testing
  • Thermal stability evaluation
Technical Support
  • Processing troubleshooting assistance
  • Regeneration procedure guidance
  • Quality control protocols
  • Performance monitoring support
Supply Solutions
  • Custom grade development
  • Bulk supply management
  • Consistent quality assurance
  • Specialized packaging solutions

Environmental Impact & Sustainability

Zeolites offer exceptional environmental benefits through natural mineral sourcing, energy-efficient processing, regenerability, and contribution to pollution control and sustainable polymer processing technologies.

Natural Mineral Source

Naturally occurring aluminosilicate minerals with sustainable extraction

Regenerable Performance

Reusable through thermal regeneration reducing waste generation

Energy Efficiency

Low energy consumption for activation and regeneration processes

Pollution Control

Enables emission control and environmental protection applications

Long Service Life

Exceptional durability and extended operational lifetime

Inert Disposal

Chemically inert with safe environmental disposal characteristics

Manufacturing Excellence & Quality Control

DRAVYOM's advanced zeolite processing facility employs precision synthesis, activation, and quality control systems to ensure consistent pore structure, surface area, and adsorption performance for reliable polymer applications.

Synthesis Control

Precise crystallization conditions ensuring uniform pore structure and framework integrity

Controlled nucleation and growth for optimal properties
Quality Testing

Comprehensive analysis including XRD, SEM, BET surface area, and pore size distribution

Advanced characterization for consistent performance
Activation Process

Controlled calcination and activation procedures for optimal adsorption capacity

Precise thermal treatment for enhanced performance
Packaging Protection

Moisture-controlled packaging with inert atmosphere protection

Maintains adsorption capacity during storage

Market Applications & Performance Data

Comprehensive market validation demonstrating zeolite effectiveness across diverse polymer applications with quantified performance metrics and proven reliability in industrial processing and separation technologies.

Polymer Processing
Moisture Removal: 99.5% efficiency Processing Improvement: 25% cycle time reduction Quality Enhancement: 40% defect reduction
Separation Applications
Selectivity: >95% target molecule removal Regeneration: 1000+ cycle capability Efficiency: 90% capacity retention
Industrial Applications
Reliability: 99.9% uptime performance Cost Efficiency: 30% operational savings Environmental: 50% emission reduction

DRAVYOM Competitive Advantages

Superior Crystallinity

Consistently uniform crystal structure and pore distribution for optimal performance and reliability

Reliable Supply

Guaranteed availability with strategic mineral sourcing and advanced production planning

Materials Expertise

Dedicated materials science team provides application development and optimization support

Quality Assurance

Advanced analytical testing with comprehensive characterization and performance validation

Global Standards

International compliance with ASTM, ISO, and regional specifications for worldwide acceptance

Partnership Approach

Collaborative relationships with polymer processors and custom grade development services