When sourcing bulk matcha for your food and beverage business, key specifications like origin, color, and price usually dominate the conversation. However, one critical technical parameter is often overlooked: Mesh Size (Particle Granularity).
For B2B buyers—whether you are developing a canned RTD (Ready-to-Drink) matcha latte, formulating a premium bakery line, or supplying busy coffee shops—understanding mesh size is the secret to solving common product defects like clumping, rapid sedimentation, and chalky mouthfeel.
In this guide, we break down the science of matcha granularity and explain how to choose the right mesh size for your specific applications.
1. What Is “Mesh Size” in Matcha Production?
Mesh size refers to the number of openings per linear inch in a grading sieve. In matcha manufacturing, a higher mesh number means finer particles:
- 600 Mesh: Coarse granularity, typical for commercial baking and lower-cost food applications.
- 800 Mesh: Standard fine grade, ideal for traditional tea prep, cafes, and general dairy integration.
- 1000+ Mesh: Ultra-fine micronized powder, engineered specifically for high-end RTD beverages and zero-sedimentation formulations.
2. B2B Application Guide: Matching Mesh Size to Your Product
| Application Scene | Recommended Mesh | Technical Advantage |
|---|---|---|
| Artisanal Cafes & Premium Lattes | 800 – 1000 Mesh | Silky mouthfeel, vivid green color, excellent suspension when whisked. |
| RTD Bottled Drinks & Vending | 1000+ Mesh | Prevents bottom settling during shelf life; disperses easily in automated lines. |
| Bakery & Confectionery | 600 – 800 Mesh | Cost-effective choice for doughs and batters where ultra-fine particle isn’t needed. |
| Ice Cream & Dairy Bases | 800 – 1000 Mesh | Integrates seamlessly before freezing, preventing icy, grainy structures. |
Need Custom Matcha Specifications for Your Line?
Whether you need cost-effective 600 mesh for industrial baking or ultra-fine 1000+ mesh for RTD beverages, we offer tailored bulk supply with complete COA documentation and testing compliance.
Request Free Bulk Samples →