CELVION collaborates with industry leaders worldwide to deliver customized plant fibre formulations
and
packaging formats that optimize performance while advancing carbon neutrality goals.
High-performance, oil-resistant, and heat-safe plant fibre plates, bowls, and multi-compartment meal boxes designed for global food service networks and caterers.
Hygienic, single-use, sterile-compatible sustainable packaging formats for medical disposables, diagnostic kits, and secondary pharmaceutical protection.
Precision molded plant fibre compacts, bottle cushioning trays, and protective inserts engineered for eco-friendly skincare, cosmetics, and wellness packaging.
Shock-absorbent molded-fiber trays, component cushions, and static-free protective packaging engineered for consumer electronics, electrical devices, and hardware.
Safe, non-toxic, and durable molded sugarcane fiber packaging for toys, games, housewares, and retail consumer products.
Custom-contoured premium packaging crafted with smooth textures, precision shock protection, and rigid structural integrity for premium retail & luxury brands.
CELVION's sugarcane bagasse tableware and packaging solutions are engineered to replace single-use plastics across high-volume food service, institutional catering, transit hubs, and commercial sectors.
From global OEM brand owners to regional distributors and emerging eco-brands, CELVION provides structured engagement models backed by agile supply chain solutions.
Dedicated production capacity, proprietary mould R&D, and customized fiber formulations tailored to large-scale retail chains and multinational QSRs.
Established packaging importers and regional wholesalers extending their catalog with CELVION certified sustainable packaging series.
Fast-growing sustainable brands requiring premium ready-to-ship stock products, low Minimum Order Quantity (MOQ), and custom prototyping.
Every CELVION plant fibre formulation undergoes rigorous laboratory testing to comply with food safety, chemical safety, and global environmental regulations.
Our ISO 9001:2015 certified quality management system reflects our commitment to consistent processes, reliable products and continual improvement across our manufacturing operations.
Our ISO 14001:2015 certification reflects a systematic approach to environmental management and responsible manufacturing — supporting our commitment to more sustainable production.
Our SGS test reports provide independent product assessment, giving customers added confidence when evaluating our bagasse tableware and packaging solutions for their markets and applications.
Our U.S. FDA compliance assessment reflects our commitment to meeting applicable food-contact requirements, supporting the safety, quality and suitability of our bagasse tableware products for international markets.
Compare how CELVION plant fibre packaging outperforms single-use plastics, EPS styrofoam, and unlined paper.
| Performance Feature | CELVION Plant Fibre ★ | Plastic (PET / PP) | Styrofoam (EPS) |
|---|---|---|---|
| Thermal Resistance (-20°C to 120°C) | ✔ Microwave & Oven Safe | ✘ Deforms under heat | ✘ Toxic fumes on heating |
| PFAS & Chemical Safety | ✔ 100% PFAS-Free | ✘ Microplastic leaching | ✘ Chemical migration |
| Biodegradability (90–180 Days) | ✔ 100% Organic Decay | ✘ 450+ Years Landfill | ✘ Non-Biodegradable |
| Carbon Footprint Reduction | ✔ -75% CO2 Footprint | ✘ High Fossil Energy | ✘ High Carbon Intensity |
Molded-fiber packaging can replace suitable plastic, foam and other conventional packaging components where protection, fit and functionality can be achieved with fiber. It can be customized around the product, helping businesses reduce conventional plastic use while maintaining practical packaging performance.
Packaging can be developed for products such as cosmetics, personal care items, electronics, FMCG products, bottles, glass products, toys, retail products and other items requiring product-specific protection or presentation.
In many suitable applications, molded-fiber packaging can replace plastic trays, inserts, blister-style components, foam/EPS and other conventional protective packaging. The final solution depends on the product's shape, protection requirements, handling conditions and technical feasibility.