Insights

Materials

What is bagasse tableware, and where does it fit?

Bagasse is the fibrous material left after sugarcane stalks are crushed to extract juice. For a sugar mill it is a by-product: much of it is burned on site to generate steam and power, and the remainder is available for other uses such as paper, board and moulded fibre products. India is one of the world's largest sugarcane producers, second only to Brazil in FAO production statistics, so the raw material is widely available.

To make tableware, the fibre is cleaned, pulped with water and formed in heated moulds under pressure. The result is a rigid, slightly textured plate, bowl, tray or clamshell. Most producers add food-grade additives for oil and water resistance; which additives are used matters for both food-contact compliance and end-of-life claims, and is one of the first things a buyer should ask about.

Why buyers are looking at it

The main driver is pressure on single-use plastic. UNEP reports that around 36 per cent of all plastics produced are used in packaging, including single-use food and beverage containers, and that roughly 85 per cent of packaging plastic ends up in landfill or as unregulated waste. The OECD's Global Plastics Outlook estimates that only about 9 per cent of plastic waste is recycled worldwide. Regulation has followed: the EU Single-Use Plastics Directive (EU) 2019/904 restricts several plastic foodservice items, and many other countries have introduced their own bans or levies.

Bagasse offers a plant-fibre alternative that is made from an agricultural residue rather than a dedicated crop, and that can be certified compostable when the specific product meets a recognised standard.

Where it performs well

• Hot and cold food service: dine-in plates, bowls for rice, curry, soup and salad, and compartment trays.
• Takeaway and delivery: hinged clamshells and lidded containers, where rigidity and heat tolerance matter.
• Events, catering and institutional meals, where volume and cost per unit are the deciding factors.
• Microwave reheating for many ranges, subject to the manufacturer's test results.

Where to be careful

Bagasse is not a drop-in replacement for every plastic item. Very wet or oily foods held for long periods can soften or mark untreated fibre, so the oil and water resistance of a specific range should be tested against your menu, not assumed. Fibre products are generally not suitable for ovens with direct flame or grills. Transparent lids are often a different material, which affects both the end-of-life story and the labelling.

Grease resistance deserves particular attention. Some moulded fibre products have historically used PFAS chemistry for oil resistance. Several jurisdictions now restrict PFAS in food-contact paper and board, and the EU Packaging and Packaging Waste Regulation (EU) 2025/40 restricts PFAS in food-contact packaging from August 2026. Ask for a declaration and, where needed, a test report showing the product is made without intentionally added PFAS.

End-of-life: what you can say

A bagasse product is plant fibre, but that alone does not make it compostable in a legal or labelling sense. A compostability claim depends on the finished product, including additives and inks, passing a recognised standard such as EN 13432 or ASTM D6400, and on the buyer's market having suitable facilities. We cover this in more detail in Compostable vs biodegradable.

Questions to settle before ordering

• Dimensions, weight and wall thickness against your specification.
• Oil, water and heat performance for your actual foods and holding times.
• Food-contact documentation for your destination market.
• Additive and PFAS declarations.
• Certification status of the exact item, not the factory in general.
• Pack counts, carton strength and moisture protection for sea freight.

Bagasse fits best where a rigid, heat-tolerant, single-use item is still needed and the buyer wants a fibre-based option with documents to back it. It works less well when it is treated as a universal answer.

Compliance

Compostable vs biodegradable: claims that hold up in export markets

"Biodegradable" and "compostable" are often used as if they mean the same thing. For a buyer putting products on shelves or in front of customers, they do not, and the difference decides whether a label is defensible or a regulatory risk.

Biodegradable: true, but rarely useful on its own

Biodegradation is the breakdown of a material by micro-organisms into water, carbon dioxide or methane, and biomass. Almost every organic material biodegrades eventually; the question is how fast and under what conditions. A claim that does not state a timeframe and environment tells the customer very little. UNEP's report on biodegradable plastics and marine litter cautions that many materials labelled biodegradable break down only under conditions rarely found in nature, such as sustained high temperatures, and should not be seen as a solution to littering.

Regulators have taken a similar line. In the United States, the FTC Green Guides (16 CFR Part 260) say an unqualified degradable claim should only be made if the entire item will completely break down within a reasonably short period after customary disposal, and most waste goes to landfill, where breakdown is very slow. In the EU, Directive (EU) 2024/825 on empowering consumers for the green transition prohibits generic environmental claims that cannot be substantiated, with national rules applying from September 2026.

Compostable: a defined, testable claim

Compostable means the product breaks down within a set time in a composting process, without leaving visible fragments or harmful residues that affect the compost. It is defined by standards, and the main ones buyers will meet are:

• EN 13432 (EU): packaging recoverable through industrial composting. It covers disintegration, biodegradation, ecotoxicity and limits on heavy metals.
• ASTM D6400 / D6868 (USA): products and coatings designed for industrial or municipal composting.
• AS 4736 and AS 5810 (Australia): industrial and home composting respectively.
• Home-compost schemes such as TÜV Austria "OK compost HOME", for products tested at lower temperatures.

Industrial and home compostability are different claims. A plate that passes EN 13432 has been tested at the temperatures of a managed industrial facility; it has not necessarily been tested in a garden heap.

Facilities matter as much as the product

Even a certified product is only composted if it reaches a facility that accepts it. The FTC Green Guides advise qualifying a compostable claim where municipal or institutional composting facilities are not available to a substantial majority of consumers where the item is sold. In practice, that means wording such as "Certified compostable in industrial facilities, which may not exist in your area."

What a defensible claim looks like

• It names the standard and the certifier, and the certificate covers the exact item, size and any coating or print.
• It states the environment: industrial or home composting.
• It is qualified where facilities are limited.
• It avoids vague words such as "eco-friendly" or "planet-safe" unless they are substantiated.
• It is supported by a current, unexpired certificate held on file.

How we handle it

We describe a product as compostable only when the manufacturer holds certification for that specific item, and we record the certificate, issuer and expiry date against the product and market. Where a product has no certificate, we say so, and describe it by its material instead. Our compliance approach explains which documents we request for each market.

Procurement

How we evaluate a supplier sample

A sample is the cheapest point at which to find a problem. Once production starts, every change costs time and money. This is the structure we use to evaluate a sample before it becomes the reference for an order. The same structure forms Module 2 of the Sevedika Assurance Platform, which is in development; today, the results reach you as a report from our team.

1. Start from a written specification

We confirm a specification sheet with you before any sample is requested: dimensions and tolerances, weight or GSM, capacity, colour and finish, performance requirements, packing, and the documents needed for your market. Without this, "good" is a matter of opinion and suppliers cannot be compared fairly.

2. Measure, don't eyeball

Each measurable property is recorded as a value next to its specification. For tableware and food packaging that typically includes:

• Dimensions: diameter, length, width, depth and wall thickness, measured on several pieces.
• Weight or GSM: a quick indicator of material consistency between batches.
• Load test: a set weight held for a set time without bending or cracking.
• Oil and water leak tests: hot oil and hot water held for a set period, then the underside checked for seepage or marking.
• Heat and microwave suitability: where the application requires it, at the stated power and time.
• Finish and odour: edges, surface defects, colour consistency and any smell.
• Packing: pack counts, inner bags, carton strength and labelling.

For bags, the list changes to fabric or paper GSM, handle strength, seam strength, print registration and dimensions. For industrial parts, it follows the drawing and tolerances.

3. Photograph everything

Every test is photographed, including the setup and the result. Photos make a report checkable by someone who was not in the room, and they become the visual reference for later inspections.

4. Check the paperwork alongside the product

A sample that performs well but lacks the documents your market requires is not ready. We check what the manufacturer can provide for that exact item: food-contact test reports, material declarations, and any certification claimed, with its issuer and expiry date.

5. Give a clear outcome

Each sample ends with one of three results:

• Pass: meets the specification and can become the approved reference sample.
• Conditional: close, with specific changes noted, such as a heavier weight or a different coating. A revised sample is requested.
• Fail: does not meet a critical requirement. We explain why and look at alternatives.

6. Carry the result forward

An approved sample is retained and becomes the reference for in-production and pre-shipment inspections. At pre-shipment, we use AQL sampling under ISO 2859-1, so the number of pieces checked and the acceptable defect levels are set by the lot size and agreed in advance. Sample results also feed the supplier's scorecard, which helps the next decision.

You receive a sample evaluation report with the measured values, photos, outcome and notes. If you would like to see the template before you send an enquiry, ask us for it.