EN13432 Certified Bowl Compliance Checklist | Bioleader® Guides

Browse articles grouped under the "EN13432 certified bowl" tag for topic-specific information and examples. The featured articles may approach the topic from different product, material, application, market, or sourcing perspectives. Check each article for its exact scope, technical data, standards, sources, and recommendations.
EN13432 certified bowl — Content Overview
  • Featured articles shown: 12
  • Directly tagged articles: 1
  • Latest tagged article update: 2026-02-04
  • Coverage, examples, and specific recommendations vary by individual article.

Editor's Picks: Top En13432 Certified Bowl Guides 2026

FAQ of Bioleader's Eco-friendly Disposable Tableware

What sizes are available?

In respect of quantity, we are not limited as we have containers of 500ml, 750ml, 1000ml units to 1090ml, 1200ml, 1300ml, 1500ml, etc, so there is always a need.

What are the dimensions it comes in?

As for the to go bowls, these are available in different capacities of 500ml,750ml,1000ml,1090ml,1200ml,1300ml, and 1500ml. This implies that it serves a range of meals, that is, when it is served in a small salad one portion comes with it, and when it is served in larger portions many servings are included — EN13432 certified bowl.

Are they safe to use in a microwave?

Yes, these containers come ultimate, no need to clean other serving dishes, as consumers can warm their food within these containers.

3. Transportation and Packaging

Kraft bowls tend to be lighter (per cubic volume) and nest more efficiently, leading to lower transport emissions. Their square or stackable designs optimize cargo utilization — EN13432 certified bowl. Plastic bowls are denser and often packed with air gaps, leading to higher transport-related CO₂ emissions per 10,000 units.

2. Manufacturing Process

Kraft Paper: Requires pulping and heat pressing at relatively low temperatures — EN13432 certified bowl. Energy consumption is significantly lower than plastic molding. Plastic: Requires polymerization, pelletizing, and high-temperature injection molding. PS and PET manufacturing release toxic VOCs and require 2–3 times more energy.

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