Fortway

Pu-erh Tea Extract

Camellia sinensis (Post-Fermented) · Statin and Polyphenol Source

We source, verify, and export Pu-erh Tea Extract in bulk directly from top Chinese manufacturers to your port.

We provide original COA, MSDS, and other documents directly from the manufacturer with every order.

Mix-container loading, free samples (you may pay the shipment cost), and custom packaging available on request.

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Pu-erh Tea Extract — bulk food ingredient sample
FDA GRAS·EU approved·JECFA·Halal · Kosher
01 — Overview

Description

An extract from microbially post-fermented Camellia sinensis pu-erh tea (typically the ripe or shu pu-erh produced by accelerated microbial fermentation). The microbial fermentation generates a distinctive polyphenol profile and small amounts of naturally occurring lovastatin and other monacolin-related compounds in some samples.

Dark brown to reddish-brown free-flowing powder. Highly water-soluble. Distinctive earthy aroma reflecting microbial fermentation origin.

We supply food-grade Pu-erh Tea Extract from manufacturers in China holding ISO, Halal, Kosher and other certifications relevant to the product and production.

Common market grades include Pu-erh Tea 4:1 Powder (the beverage workhorse), 10:1 concentrate, Polyphenols 30 percent (standard supplement grade), Polyphenols 50 percent (premium grade), and Theabrownin-standardized grades targeting the unique pu-erh polyphenol class.

Bulk and reduced-MOQ shipments. Batch-level COA covering total polyphenols, theabrownins (where standardized), caffeine content, residual solvents, heavy metals, pesticides, mycotoxins (relevant given the microbial fermentation), and microbiology.

02 — Background

Introduction

Pu-erh tea is post-fermented Camellia sinensis tea originating in Yunnan province, China. Traditional 'raw' (sheng) pu-erh is aged for years under controlled conditions; modern 'ripe' (shu) pu-erh is produced by accelerated microbial fermentation over approximately two months using inoculated heap fermentation.

The microbial transformation generates theabrownins (a unique polyphenol class formed from catechin polymerization) and modifies the catechin profile substantially compared to green or oolong tea. Some samples contain trace lovastatin and related monacolin compounds.

Industrial production of the extract proceeds by hot-water extraction of dried pu-erh tea, followed by concentration and spray-drying. Quality control requires attention to mycotoxin testing given the microbial fermentation history of the raw material.

Recognized as a permitted food ingredient in essentially all jurisdictions.

The lipid-management positioning is well-established in Asian markets and supported by some clinical evidence for cholesterol-lowering and weight-management effects. The 'Pu-erh for slimming' positioning is a substantial commercial category in China, Hong Kong, and Southeast Asia.

03 — Applications

Where it is used

  • Weight-management and lipid-management dietary supplements (the principal Asian-market positioning)
  • Functional beverages: premium ready-to-drink pu-erh tea
  • Digestive-health supplements
  • Cardiovascular and cholesterol-support formulations
  • Traditional Chinese Medicine products
  • Sports nutrition and thermogenic positioning
  • Tea-flavored confectionery and dairy applications
04 — Specifications

Technical data

ItemSpecification
AppearanceDark brown to reddish-brown free-flowing powder
Total Polyphenols (UV)30% / 50% (grade dependent)
Theabrownins≥ 30% (theabrownin-standardized grades)
Caffeine contenttypically 3% to 7%
Loss on drying≤ 5.0%
Aflatoxin B1≤ 5 micrograms/kg
Heavy metals (as Pb)≤ 2 mg/kg
SourceCamellia sinensis post-fermented leaf (Yunnan origin preferred)
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