Food and Beverage Packaging
Foodservice, snack foods and liquid foods, from liquid and oil resistance to WVTR, OTR, heat sealing and seal integrity.
Enter domain engineering →BIOTEN Packaging · Paper-based barrier system engineering
Use a good material,Open for paper plastic moldingRoom for hundredfold growth.
Bioten™ PHA water-based functional emulsion penetrates the base paper, coating, molding and complete packaging verification, promotes the replacement of PE coating, and helps paper-based packaging reduce plastics, reduce carbon and achieve sustainable development.Transform paper plastic molding opportunities into executable, verifiable, and deliverable engineering paths.
Professional application areas
From the contents and failure modes,
definitionBarrier works.
Food, cosmetics, medical packaging and special packaging each have different contents, structures, processes and evidence boundaries.
Beauty and personal care packaging
Focusing on moisture and heat stiffness, surface stain resistance, friction and color retention, folding and adhesion, the feasibility of reducing the outer plastic film was verified.
Enter domain engineering →
Pharmaceutical and medical packaging
Focus on non-sterile outer packaging, cartons and molded buffers; sterilization barriers, sterility maintenance and direct contact enter special engineering paths.
Enter domain engineering →
Special packaging
Covering consumer electronics, precision devices, industrial functional paper and high-value printing cartons; environmental barrier, structural protection, surface stability and transportation reliability are verified separately.
Enter domain engineering →Barrier engineering chain
From material,
ArriveComplete package.
Materials, paper, coatings, production lines and products together constitute an engineering object; the project is closed layer by layer with material screening, representative production lines and complete packaging verification.
Paper, contents, structure, equipment, operating conditions and target market.
Dispersion, wetting, sealing, continuous film formation and functional layer combination.
Coating amount, drying, line speed, winding, printing and post-processing.
Forming, heat sealing, folding, sealing, transportation and use conditions.
Objects, methods, conditions, results, boundaries and next-stage decisions.
Contents, base paper and structure, equipment window, current failures, target market and acceptance tasks.
Failure maps, candidate routes, key variables, control structures and minimum verification matrices.
Bind sample versions, method conditions, results and next-step engineering decisions by stage.
Three candidate routes,
Corresponding to three categoriesEngineering tasks.
Plus, Pro, and Ultra organize general, customized, and special engineering tasks respectively, and complete the selection based on paper, structure, equipment, and verification goals.
Candidate routes for universal paper-based food packaging
Basic liquid resistance, oil resistance, film formation and conversion adaptation screening for paper cups, paper bowls, cartons, paper bags and molded products.
View Plus Routes →Customized barrier and process collaboration route
For custom development tasks requiring structural combinations, heat seal windows, post-fold integrity or specific production line matching.
View Pro Route →Special route for liquid packaging and high-demand structures
As a candidate functional layer for complete multi-layer packaging, PHA water-based coating incorporates oxygen barrier, light shielding, sterilization, edge sealing and shelf life into the whole package verification.
View Ultra Routes →Let every technical breakthrough,
be next timeCollaboration entrance.
Publish new applications with clearly defined professional content that connects verification tasks, industry capabilities and real market needs.
Capture real technical issues
Research propositions are formed from packaging objects, failure phenomena, existing structures, equipment windows and market constraints.
Create variables and controls
Organize materials, structures, processes, test methods, and stopping conditions into executable plans.
Post content with clear boundaries
Clarify research propositions, sample verification, pilot verification or engineering releases without using visual substitutes for evidence.
Connect with your next collaboration
Go from the article to applicable areas, candidate routes, developer workbench, and contextual project pre-qualification.
FIBER BARRIER PATENT CLUSTER · VERIFIED
The paper-to-plastic project is based on verifiable patented technology clusters.
From PHA aqueous emulsions and paper interfaces to high-barrier composite structures, representative patents map to materials, coating, molding and complete product validation paths.
21The authorized invention title clearly relates to fiber systems such as paper, cardboard, paper cups or pulp molding.
16The authorized invention title relates to both paper/fiber and barrier, coating, emulsion or structural resin.
12The authorized invention certificate lists Bioten™ (Shanghai) Biomaterials Co., Ltd. as the patentee.
CN120250392BPHA/PVA nanoscale paper-based barrier emulsion and its preparation method and applicationCN121738061BPaper-based high barrier material compounded with water-based PHA coating and PHA extrusion layerCreativity is responsible for attracting,
Responsible for evidenceBelievable.
Research propositions, sample verification, pilot test verification and engineering release form a four-level evidence chain, allowing each technical conclusion to be returned to the corresponding version.
The problem, hypotheses, boundaries and validation framework are defined.
Obtain results under specified samples, methods, conditions and versions.
Enter representative equipment, batch and complete article conditions.
Applicable objects, process windows, performance boundaries and file status are traceable.
Hand over packaging challenges to a verifiable engineering path.
Submit the packaging form, paper, contents, equipment window and target market, and we will first determine the project boundaries and next steps.