Polymer Waxes Processing Aids
Polymer Premium
Polymer Additives

Waxes (Paraffin, Polyethylene)

High-performance processing aids designed for polymer lubrication and surface enhancement. Waxes including Paraffin and Polyethylene varieties provide superior slip properties, processing efficiency, mold release, and surface quality for various plastic materials and polymer applications.

  • Processing Aid
  • Excellent Slip Properties
  • Superior Lubrication
  • Enhanced Processing Efficiency
  • Polymer Grade Quality
  • Surface Enhancement
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Technical Specifications

Chemical Type: Hydrocarbon Waxes (Paraffin/Microcrystalline)
Carbon Chain Length: C20-C50 (typical range)
Molecular Weight: 300-800 g/mol
Physical State: White to light yellow solid
Melting Point: 50-90°C (grade dependent)
Penetration (25°C): 5-30 dmm
Oil Content: ≤ 0.5%
Viscosity (100°C): 3-15 cSt
Color (Saybolt): +25 to +30
Congealing Point: 52-88°C
Processing Temperature: 70-150°C
Recommended Loading: 0.5-5% by weight
Storage Stability: 36 months (cool, dry conditions)
Packaging: 25kg slabs or 25kg kraft bags

Applications

Processing Aid
Release Agent
Surface Modifier
Coating Applications
Polymer Processing
Hot Melt Systems
Industrial Lubricants
Household Products
Cosmetic Applications
Plastic Processing
Automotive Applications
Packaging Materials

Industry-Specific Grades

DRAVYOM offers specialized Wax grades tailored for specific processing and functional requirements, ensuring optimal performance across diverse polymer applications.

Processing Grade
Melting Point: 60-70°C Penetration: 15-25 dmm Lubricity: Excellent Application: Polymer processing
Cosmetic Grade
Melting Point: 55-65°C Color: White, odorless Purity: USP/FCC grade Application: Personal care products
Hot Melt Grade
Melting Point: 70-85°C Thermal Stability: High Adhesion: Enhanced Application: Adhesive systems
Industrial Grade
Melting Point: 50-80°C Cost-effective: High value Versatility: Multi-purpose Application: General industrial

Quality Standards

DRAVYOM's Waxes are manufactured under stringent quality control protocols, meeting international standards including USP, FCC, and industrial specifications for consistent performance.

ISO 9001:2015 Certified Manufacturing
USP/FCC Grade Standards
Controlled Melting Point
Advanced Physical Testing
Superior Processing Properties
Batch-to-Batch Consistency
Complete Characterization
Temperature-Controlled Storage

Advanced Chemical Properties & Performance

Waxes exhibit exceptional lubrication and processing aid properties essential for polymer manufacturing optimization. Their controlled molecular weight distribution and thermal characteristics ensure reliable processing enhancement, superior surface properties, and excellent performance benefits in demanding polymer applications.

Chemical Structure
Composition: Long-chain hydrocarbons
Chain Length: C20-C50 typical
Structure Type: Paraffin/synthetic
Molecular Weight: 300-800 g/mol typical
Thermal Properties
Melting Point: 50-120°C range
Processing Temperature: Up to 250°C stable
Thermal Stability: Good at processing temps
Volatility: Low at normal processing
Lubrication Properties
Primary Function: Internal/external lubrication
Friction Reduction: Significant decrease
Metal Release: Enhanced demoulding
Surface Finish: Improved appearance
Processing Benefits
Flow Enhancement: Improved melt flow
Anti-blocking: Prevents sticking
Slip Properties: Enhanced surface slip
Processing Aid: Reduced energy consumption
Processing Characteristics
Loading Level: 0.1-2.0% typical
Compatibility: Most thermoplastics
Dispersion: Good in polymer melt
Processing Window: Wide temperature range

Performance Characteristics

Detailed performance metrics demonstrate wax effectiveness in processing enhancement with exceptional lubrication benefits, superior surface properties, and excellent cost-effectiveness across demanding polymer applications.

Lubrication Efficiency

Effect: Significant friction reduction

Enhanced processing
Surface Properties

Benefit: Improved finish

Enhanced appearance
Cost Efficiency

Loading: Low 0.1-2.0%

Economic processing aid
Thermal Stability

Range: Up to 250°C stable

Processing durability
Versatility

Scope: Multiple functions

Broad applications
Energy Savings

Benefit: Reduced consumption

Processing efficiency

Safety Information

Waxes are generally safe but require proper handling to avoid contact with hot material and slippery surfaces. Use appropriate personal protective equipment including gloves and non-slip footwear. Ensure adequate ventilation during processing. Generally considered food-grade safe when properly specified.

Generally Safe Material
Hot Material Caution
Food Grade Available

Storage & Handling

Store waxes in cool, dry conditions away from heat sources and incompatible materials. Keep containers tightly sealed to prevent contamination and maintain quality. Use temperature-controlled storage to prevent melting. Protect from oxidizing agents and strong chemicals.

Temperature control essential
Moisture protection
Chemical compatibility check
Quality preservation

Chemical Mechanisms & Reaction Pathways

Waxes function through lubrication and release mechanisms, providing polymer enhancement via surface modification, processing aid effects, and barrier formation to achieve improved processing and surface properties.

Surface Lubrication

Migrates to surface providing external lubrication

Processing enhancement mechanism
Melt Flow Improvement

Reduces melt viscosity improving flow properties

Processing efficiency enhancement
Release Properties

Facilitates mold release and surface slip

Manufacturing benefit
Barrier Formation

Creates protective barrier layer at surface

Surface protection mechanism

Regulatory Compliance & Documentation

Comprehensive regulatory compliance ensures global market access with complete documentation packages supporting international standards and wax processing aid requirements.

FDA Approved

Food contact and processing aid approvals

EU Regulations

REACH compliant for processing applications

Industrial Standards

Meets processing aid and lubricant requirements

Global Standards

International processing aid and lubricant approvals

Safety Testing

Complete migration and safety data

SDS Available

Multi-language Safety Data Sheets (GHS compliant)

Technical Support & Value-Added Services

DRAVYOM's processing technology team provides comprehensive technical support, formulation assistance, and application services to optimize wax performance in your specific processing and surface enhancement applications.

Processing Optimization
  • Lubrication system design and evaluation
  • Melt flow improvement assessment
  • Processing aid combinations
  • Custom wax formulations
Testing Services
  • Melt flow index testing
  • Release property evaluation
  • Migration and extraction testing
  • Surface slip measurement
Technical Support
  • Processing troubleshooting
  • Flow optimization guidance
  • Material selection assistance
  • Training programs
Supply Solutions
  • Multiple wax grades available
  • Temperature-controlled storage
  • Quality consistency programs
  • Global distribution

Environmental Impact & Sustainability

Our wax production emphasizes environmental responsibility through natural sourcing, renewable feedstocks, and comprehensive environmental impact management for processing applications.

Natural Origin

Derived from renewable and natural sources

Processing Benefits

Reduces energy consumption during manufacturing

Biodegradable

Natural waxes degrade harmlessly in environment

Non-Toxic

Generally recognized as safe materials

ISO 14001

Environmental management system certified production

Efficiency Gains

Improves processing efficiency saving energy

Manufacturing Excellence & Quality Control

DRAVYOM's state-of-the-art wax processing facility employs advanced purification technology and continuous monitoring systems to ensure consistent processing aid performance across all production batches.

Purification Process

Advanced refining with precise melting point control

Consistent lubrication properties and purity
Quality Testing

Comprehensive analysis including melting point testing

Performance validation and purity verification
Quality Systems

ISO 9001:2015 quality management with processing testing

Continuous improvement and performance optimization
Packaging Control

Temperature-controlled packaging preventing degradation

Quality preservation and consistency maintenance

Market Applications & Performance Data

Comprehensive processing data demonstrating wax effectiveness across diverse applications with quantified lubrication metrics and validated processing benefits.

Polymer Processing
Performance: Excellent melt flow improvement Efficiency: Reduced processing energy requirements Quality: Enhanced surface finish and release properties
Food Packaging
Function: Safe processing aid for food contact materials Safety: FDA approved grades with excellent safety profile Performance: Improved processing without migration concerns
Automotive Applications
Processing: Superior mold release and surface quality Durability: Long-term surface protection properties Efficiency: Reduced cycle times and improved productivity

DRAVYOM Competitive Advantages

Superior Processing Performance

High-quality waxes with exceptional lubrication and processing aid characteristics

Reliable Supply

Guaranteed availability with temperature-controlled storage and consistent processing aid production

Technical Expertise

Dedicated processing team provides lubrication optimization and flow enhancement support

Quality Assurance

Comprehensive testing with processing validation and food contact documentation

Global Standards

International compliance with FDA, REACH, and processing aid standards

Partnership Approach

Collaborative relationships with processing engineers and custom wax development