Amomum Fruit Powder Sha Ren 500g Bag Aromatic Warming Herb for Cooking and Decoctions

Amomum Fruit Powder, known in TCM as Sha Ren (砂仁), from the dried fruit of Amomum villosum. This finely ground powder is made from plump, unsmoked shell amomum fruits. In TCM theory, Sha Ren is pungent in flavor and warm in nature, traditionally associated with the spleen, stomach, and kidney channels. It is valued in traditional herbal practice for its warm, aromatic character and is commonly used in decoctions, congee, and culinary seasoning. Store sealed and refrigerate after opening.

Key Selling Points

• Ground powder of dried Amomum villosum fruit, a classic aromatic TCM herb
• New-crop shell amomum with plump whole fruits and no sulfur smoking
• Traditionally associated with the spleen and stomach channels in TCM theory
• Convenient powder form for decoctions, congee, and culinary seasoning
• 500g resealable bag suitable for regular household herbal use

Quality & Sensory

The powder is typically light brown to grayish brown with a fine, dry texture. It carries the characteristic warm, camphor-like aromatic scent of amomum and typically tastes pungent and slightly cooling on the finish, with a lingering aromatic quality when added to cooked dishes or decoctions.

Technical Specifications

Usage Scenarios

• Stir into congee or rice porridge during the final minutes of cooking
• Add to herbal decoctions prepared with other TCM ingredients
• Use as an aromatic seasoning in braised dishes, soups, and marinades
• Blend into spice mixes for meat dishes and slow-cooked stews

Traditional Uses

In traditional Chinese practice, Sha Ren is a warm, aromatic herb often added near the end of decoctions to preserve its volatile aroma. It is traditionally paired with herbs such as Chen Pi (dried tangerine peel) in classical formulas and is a familiar ingredient in Cantonese soups and medicinal cuisine. Ground amomum is also used in small amounts in congee and savory cooking, and it is a common component of seasonal herbal food traditions.

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