PP / HDPE rigid bottles
Strong operational fit, but fossil-plastic body remains the default in many lanes.
Finally, an Actual Paper Bottle.
No hidden plastic inner film or polyethylene pouch. 100% bio-organic barrier cured directly into the molded fiber matrix, certified curbside paper-stream repulpable (PTS-RH 021/97). Qualified for spirits, personal care, beauty formulations, non-carbonated beverages, and liquid detergents. S10 robotic production lines.
No hidden plastic inner film or polyethylene pouch. 100% bio-organic barrier cured directly into the molded fiber matrix, certified curbside paper-stream repulpable (PTS-RH 021/97).
Qualified for spirits, personal care, beauty formulations, non-carbonated beverages, and liquid detergents. S10 robotic production lines.
Series 01 • Prototype Validation
Format
Molded Fiber Body • Bio-Organic Barrier (Zero Plastic Pouch)
S10 Robotic Pilot Validation
Engineering Platform: PAPACKS® S10 Robotic Lines
PTS-RH 021/97 Repulpable
Pilot Validation & Allocation
Request Fiber Bottle Evaluation & Pilot Allocation
Direct engineering intake for S10 robotic production samples, bio-organic barrier formulation dossiers, and custom bottle tooling specifications.
Market Reality Check: True Molded Fiber vs Pouch-in-a-Shell
Competitors like Paboco still rely on thin internal plastic films or polyethylene pouches that require consumer separation before recycling. RENW bottles engineer out the inner pouch entirely. No hidden plastic inner film or polyethylene pouch. 100% bio-organic barrier cured directly into the molded fiber matrix, certified curbside paper-stream repulpable (PTS-RH 021/97).
Qualified for spirits, personal care, beauty formulations, non-carbonated beverages, and liquid detergents. S10 robotic production lines.
What We Are Replacing
PET bottle formats
Established infrastructure, but still plastic-first with variable recovery realities by market.
Glass containers
Perceived premium, but heavy logistics profile and breakage handling can penalize lanes.
Aluminum canisters
Durable and proven, but not always aligned to paper-stream circular packaging targets.
Molded fiber bottle body
Paper-first structure designed to replace plastic body dependency for selected formats.
Robotics Line: Model S10
Industrial forming for fiber bottles and hollow bodies: PAPACKS® production robotics in motion for final-stage scale-up.
Video: PAPACKS® MODEL S10 main film (Vimeo).
ISO 9001 compliant Global logistics ready Patent-pending stack technology
Performance Metrics
forest
Paper-first structure
Engineered from FSC-certified wood fiber as the primary form factor, not as a sleeve around a plastic bottle.
Baseline: fiber as primary body
thermostat
Validation in progress
Operational stability targets from -20°C to +80°C for rigorous cold-chain environments. Final payload and barrier validation is ongoing.
recycling
Zero Plastic Pouch
No hidden plastic inner film or polyethylene pouch. 100% bio-organic barrier cured directly into the molded fiber matrix, certified curbside paper-stream repulpable (PTS-RH 021/97).
Bring This into Your Lane Testing
Join final-stage validation: engineering reviews, sample programs, and documentation through the same desk as Fiber Box.
Fiber Box and Other Product Lines
Bottle work is one path. If you also run cold-chain shippers or need trays, cups, and other molded-fiber formats, continue with Fiber Box or the broader lineup.