Biocure
Low VOC Binder System
Our Biocure product line is an ecologically responsible Phenolic Urethane Cold-Box (PUCB) Resin system designed to improve the foundry environment.
The Biocure system is part of the EcoMission Platform and has been formulated with a specially designed Low VOC Biodiesel solvent system based on methyl esters of vegetable oils and has been formulated to contain no reportable formaldehyde.
Our Biocure 815/315 and Biocure 705/305 binder systems are designed to offer excellent release characteristics and performance to meet the most demanding production needs.
View our AFS technical paper on the supporting technology.
System Features
- Online Tracking System
- Low VOC*
- Reduced Odor*
- 30% Lower HAPs*
- Low Free Formaldehyde
- Reduced Amine Usage
- Renewable Plant based Methyl Esters Solvents
- Superior Release
- Enhanced Dip & Dry Strengths
- High Tensile Strength
- Superior Hot Strength for Ferrous Applications
*As compared to conventional phenolic urethane systems
Biocure 815/315
Our Biocure 815/315 binder system is designed to offer superior bulk cure speeds to meet the most demanding production needs:
- Typical cure speeds are under ten seconds
- Excellent release characteristics
- Compatibility with all refractory coatings
- Reduced catalyst consumption
To learn more, view our Biocure 815/315 Technical Data Sheet.
Biocure 705/305
Our Biocure 705/305 binder system is designed to offer superior release characteristics:
- Excellent performance when used with aqueous core wash
- Formulated to contain no reportable formaldehyde
- Compatible with several different Part 2 Isocyanate components
To learn more, view our Biocure 705/305 Technical Data Sheet.
Technical Assistance
HAI can help you optimize your operation, improve your performance, and help you choose components to meet all your core-making needs. HAI will help you choose the right Part 1 to Part 2 ratios for your operation. Contact us today and let one of our experienced employees help you find the best binder to achieve your goals.