
Custom sizes and OEM/ODM solutions are available according to your application and packaging requirements.
Filmedia® nylon mesh tea bags are designed for the convenient and hygienic brewing of loose-leaf tea, ground coffee, herbs, spices, and other finely granulated ingredients. Made from food-grade nylon mesh, they ensure excellent water permeability while effectively preventing tea fragments, powder, and fine particles from entering the beverage.
- Good strength and tear resistance
- Fine mesh structure for effective particle retention
- Good water permeability for efficient brewing
- Lightweight and durable
- Available in different mesh specifications and customized sizes
Description

Why Choose Mesh Tea Bags?
Compared with traditional paper tea bags, mesh tea bags offer superior water permeability and visibility. The uniform mesh structure allows hot water to quickly and thoroughly penetrate the tea bag, ensuring full contact between the water and tea leaves. This promotes the efficient release of aroma, flavor, and natural color, delivering an enhanced brewing experience. At the same time, the transparent mesh allows consumers to clearly see the tea leaves and ingredients inside, making it particularly suitable for premium teas and specialty tea products.
Product Specifications
| Material | Food-Grade Nylon Mesh |
| Bag Type | Drawstring Tea Bag / Empty Filter Bag |
| Available Shapes | Square / Oblong / Pyramid |
| Standard Sizes | 5.5 × 7 cm, 6 × 8 cm, 7 × 9 cm, 9 × 10 cm, 8 × 12 cm |
| Custom Size | Available upon request |
| Thickness | 0.10–0.25 mm |
| Printing | No Printing / Custom Printing Available |
| Closure | Drawstring |
| Logo | Custom Logo Available |
Available Bag Styles

Drawstring Tea Bags
Easy to fill and close, ideal for loose tea, herbs, spices, and other brewing ingredients.

Square Tea Bags
A practical and economical option for everyday tea and herbal infusions.

Pyramid Tea Bags
The three-dimensional design provides more space for tea leaves to expand and allows better water circulation during brewing.
