Bringing a revolutionary sugarcane bagasse pulp bottle shape packaging design, a refillable solution created specifically for everyday products such as shampoo. This unique bottle is not only elegant, but also eco-smart, utilizing sustainable materials to reduce the plastic footprint. It's easy to refill, reduces waste, and makes every use a gentle care for the planet.
Paper Bottle
Innovative Eco Packaging for Shampoo
Waterproof & Leak-Proof
Advanced liquid-polymer coating with full interior coverage prevents leakage
Plastic-Free
Made from pure wood pulp and sugarcane pulp, plastic-free packaging solution
100% Biodegradable
Compostable materials that completely biodegrade in natural environment
Highly Customizable
Supports customization of bottle shape, capacity, color, and surface processes
Transform your shampoo packaging with our revolutionary paper bottle solution.

Key Technology
Water-resistant, biodegradable coating prevents leaks
Seamless design for a premium and smooth feel
Breakthrough spiral cap technology
Full interior coating with advanced liquid-polymer tech
Application
The Future of Bottle Packaging

What We Mainly Make?
Molded Pulp Packaging
Molded pulp packaging is a sustainable packaging solution for various industries, including food, healthcare, cosmetics, household products, and electronics.
Molded Pulp Inserts
Molded pulp inserts find versatile applications across industries, including electronics, glass products, food, medical devices, and compliance with regulations.
Molded Pulp Supplies
Mold pulp products can be applied to various daily-use items, including tableware, personal care items, household goods, toys, packaging materials, stationery, and home decor.
Molded Pulp Accessories
Depending on the product's purpose, molded pulp accessories can include lids, handles, dividers, and more.
Customizable Process
From Product to Soil in 180 Days
Original product
Surface breakdown begins
Structural fragmentation
Microbial decomposition
Returned to soil
Public Mould
Packaging Solutions
3D Design
Customized Mould
Molded Pulp Bagasse Bottle Shape Shampoo Refill Packaging
Molded Pulp Bagasse Bottle Shape Shampoo Refill Packaging
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Bringing a revolutionary sugarcane bagasse pulp bottle shape packaging design, a refillable solution created specifically for everyday products such as shampoo. This unique bottle is not only elegant, but also eco-smart, utilizing sustainable materials to reduce the plastic footprint. It's easy to refill, reduces waste, and makes every use a gentle care for the planet.
Paper Bottle
Innovative Eco Packaging for Shampoo
Waterproof & Leak-Proof
Advanced liquid-polymer coating with full interior coverage prevents leakage
Plastic-Free
Made from pure wood pulp and sugarcane pulp, plastic-free packaging solution
100% Biodegradable
Compostable materials that completely biodegrade in natural environment
Highly Customizable
Supports customization of bottle shape, capacity, color, and surface processes
Transform your shampoo packaging with our revolutionary paper bottle solution.

Key Technology
Water-resistant, biodegradable coating prevents leaks
Seamless design for a premium and smooth feel
Breakthrough spiral cap technology
Full interior coating with advanced liquid-polymer tech
Application
The Future of Bottle Packaging

What We Mainly Make?
Molded Pulp Packaging
Molded pulp packaging is a sustainable packaging solution for various industries, including food, healthcare, cosmetics, household products, and electronics.
Molded Pulp Inserts
Molded pulp inserts find versatile applications across industries, including electronics, glass products, food, medical devices, and compliance with regulations.
Molded Pulp Supplies
Mold pulp products can be applied to various daily-use items, including tableware, personal care items, household goods, toys, packaging materials, stationery, and home decor.
Molded Pulp Accessories
Depending on the product's purpose, molded pulp accessories can include lids, handles, dividers, and more.
Customizable Process
From Product to Soil in 180 Days
Original product
Surface breakdown begins
Structural fragmentation
Microbial decomposition
Returned to soil
