Proprietary bio-wax emulsion systems engineered for superior barrier performance
Our technology is based on a precision-controlled emulsification process that transforms solid waxes into stable aqueous dispersions without organic solvents.
| Particle Size | Controlled at the micron-level |
| HLB Range | Precision maintained |
| Wax Content | Tunable for applications |
| Surfactant | As needed |
| Processing Temp | Wide range for various applications |
| Viscosity | Adjustable to meet production demand |
We utilize sustainable, plant-derived waxes with proven barrier properties
Source: Euphorbia cerifera (candelilla plant)
Melting Point: 68-72Ā°C
Composition: 30% C31 n-alkanes, hydrocarbons, esters
Properties: Excellent water vapor barrier, glossy finish, hard brittle texture
Source: Copernicia prunifera (carnauba palm)
Melting Point: 82-86Ā°C
Composition: Aliphatic esters, fatty alcohols, acids
Properties: Hardest natural wax, high luster, excellent film former
Source: Apis mellifera (honeybee)
Melting Point: 62-65Ā°C
Composition: Esters, hydrocarbons, free fatty acids
Properties: Flexible films, good adhesion, natural antimicrobial
Particle size distribution directly impacts coating quality, stability, and barrier performance. Our technology achieves optimal distributions through careful process control.
Sauter diameter ensures even film formation after melting. Non-melted particles create barrier defects.
Low polydispersity provides consistent coating properties and predictable performance.
Spherical particles enable dense packing and minimal flotation, improving suspension stability.
Our emulsions exhibit exceptional stability through:
Our technology is founded on rigorous scientific research and peer-reviewed studies. We employ advanced analytical techniques to characterize and optimize our formulations.
Precise particle size distribution analysis (dā,ā, dā,ā, dā,ā) with sub-micron resolution
Real-time monitoring of flotation, sedimentation, and particle size changes via backscattering
Dynamic viscosity measurements at controlled shear rates to optimize flow properties
Direct visualization of particle morphology, sphericity, and surface characteristics
Wax composition profiling to identify alkane distribution and chemical compatibility
Water vapor permeability and oxygen transmission rate measurements
Our research is grounded in scientific literature. Contact us for technical insight from our team.
Request Technical InformationStandard industrial equipment (stirred tanks, high-shear mixers) enables easy scale-up from lab to production
Formulations can be tailored for specific applications by adjusting wax type, HLB value, and particle size
Water-based processing eliminates costly solvent recovery. Natural waxes are competitively priced
All components (waxes, surfactants) are GRAS-approved for food contact applications
Solid particles remain stable at ambient temperature; reflow at elevated temperatures for film formation
Extensive stability data (TSI, ESI, flotation rate) and particle analysis ensure consistent quality
Our technical team can develop tailored solutions for your specific barrier requirements.