Reduce carbon at source · Promote the sustainable development of bio-based materials
BIOTEN™1030 PHA Water-Based Emulsion
BIOTEN 1030 polyhydroxyalkanoate water-based emulsion
DBC Bioten™ BIOTEN 1030 bio-based emulsion is based on microbial polymer PHA, with a bio-based carbon content of up to 99%. It relies on Bioten's water-phase emulsification and dispersion technology, and expands the functional window through graft modification and compound design, and continues to carry out engineering and large-scale verification of PHA liquid applications. After industrial-level production verification, BIOTEN 1030 has excellent performance in colloidal stability and paper-based processing/production line adaptability. Bioten™1030 is suitable for: paper-based barrier coatings, bio-based adhesives and pressure-sensitive adhesives, latex paints, compostable seed coatings and controlled-release fertilizers/pellets, personal care creams/lotions, etc., providing new solutions for the green innovative development of low-carbon friendly products.
Bioten™1030 PHA aqueous emulsion TDS typical parameter summary:
Appearance: Milky white liquid
Solid content: 40 ± 1 wt% (optional 30/35/45/50/63wt%)
pH (25 °C): 7.5 ± 0.5
Viscosity: 200–500 mPa·s (50–3000 mPa·s can be customized)
Bio-based carbon content: ≥ 98% (ASTM D6866 Method B)
PFAS: No Artificially Added (NIA), Total Fluoride/EOF Testing Available
VOC: < 5 g/L (ISO 11890-2); no organic solvents added (NIA)
Formaldehyde: no
Heavy metals: not artificially added (subject to project test report)
GHS classification: Not hazardous chemicals (based on SDS)
Packing: 1000 kg IBC ton drum (net weight depends on batch density)
Storage/shelf life: 5–35 °C, protected from freezing and sunlight; unopened for 6 months
Technical background: DBC Bioten's bio-based graft-modified emulsification technology benefits from the long-term accumulation of China's leading PHA microbial fermentation technology ecology. The microbial polymer PHA raw materials used by Bioten are internationally mature technologies and are based on the halophilic bacteria chassis microbial fermentation route of the team of Professor Chen Guoqiang of Tsinghua University. DBC (DBC) has reached an in-depth strategic cooperation with Tsinghua University incubator Bluepha (PhaBuilder) to jointly promote the world's leading water-based PHA and application development. Bioten has taken the lead in realizing the widespread application of PHA water-based barrier coatings on paper bases, which complies with food contact compliance and sustainable pathways. It meets the needs of disposable tableware and food packaging for high water, oil, gas and oxygen barrier products. It also achieves the performance characteristics of being easy to recycle and repulp, and degradable and compostable.
Ms. Xu Xuanming, Chairman of Bluepha and Mr. Lin Fanqiu, Chairman of DBC
Reduce carbon at source and reshape packaging
DBC and BASF
Promote industry progress with product strength
Disposable tableware and food packaging
Bio-based barrier coating system solutions
Bioten™1030 for multiple scenarios has been unveiled. Next, we will focus on paper-based barrier coatings for disposable tableware and food packaging, and promote R&D and product implementation from the four dimensions of compliance and safety, application and scenarios, functions and data, and recycling and degradation, forming a combination of three barrier coating systems: Bioten Plus (general), Bioten Pro (professional), and Bioten Ultra (flagship), which take into account barrier performance and efficient processing of production line adaptation (roller/squeegee/spray/curtain coating).
All plans are based on the food contact compliance path (project-based evaluation according to regulations such as 21 CFR/FCN, GB 4806/GB 9685/GB 31604, EU FCM, etc.), and insist on PFAS not artificially added (NIA) and low VOC (ISO 11890-2). Functions and data are disclosed according to standard methods (such as Cobb/Kit, WVTR [ASTM F1249], OTR [ASTM D3985]; see TDS/Project Report for conditions). At the same time, repulping/recyclability is evaluated according to the CEPI/PTS route, and industrial composting is promoted according to the ASTM D6400/D6868 route (you can apply for BPI or TÜV Austria OK compost certification). Based on this, we provide alternative PE coating technology routes, promote packaging from "plastic reduction" to "carbon reduction", and help the paper-based industry move towards an easily recyclable/compostable recycling system.
Bioten™ PHA water-based barrier coating teamed up with industry chain partners APP Jinguang, Bluepha, and Hengxin Life to successfully achieve industrial-grade pilot testing in 100 days!
