Biodegradable Tablewares

Qashqai Exports provides a full range of biodegradable and compostable tableware for environmentally friendly brands, caterers, events, and foodservice operators across the globe. Our product portfolio ranges from Areca Palm Leaf plates, bowls, and trays to Bagasse plates, clamshell takeaway containers, cups, and conventional Sal leaf tableware suitable for big feasts and cultural occasions. All products are plastic-free, food-grade safe, heat, oil, and moisture-resistant, and strong with a natural look. We offer custom packing and barcoding services to assist in sustainable product lines.

Reach Out to Us

FAQ

1. What types of eco-friendly tableware do you offer?

We offer a complete range of disposable, eco-friendly tableware, including:
• Areca (areca palm) leaf plates, bowls & trays
• Bagasse plates, bowls, containers & compartment trays
• Sal leaf plates (stitched/pressed)
These are ideal for parties, catering, hotels, restaurants, events and retail brands.

2. Are your products really eco-friendly and biodegradable?

Yes. Our areca leaf, bagasse and sal leaf products are made from natural, renewable materials. They are biodegradable and compostable under suitable conditions, and designed as an alternative to plastic or foam disposables.

3. Are your products food-safe?

Absolutely. Our tableware is manufactured under hygienic conditions using food-contact-safe materials. On request, we can support with relevant food safety test reports and third-party lab certificates as per the buyer’s requirements.

4. Do you use any chemicals, coatings or lamination?

No plastic or wax coating is used on areca or sal leaf products. Bagasse products may have a light food-grade treatment where required, but we avoid plastic lamination unless specifically requested for special applications.

5. Are your products safe for hot, oily or liquid foods?

Yes. Our eco-friendly plates and bowls are suitable for serving hot, oily and gravy-based foods. They are designed to be sturdy, leak-resistant and heat-resistant within normal serving conditions.