Tamarind Extract Plant
Mechotech’s Tamarind Extract Plant is engineered to extract the rich bioactive compounds from Tamarindus indica, a tropical fruit valued for its tangy flavor and medicinal properties. Tamarind is a powerhouse of tartaric acid, polyphenols, flavonoids, and antioxidants. These compounds are widely used in the food, beverage, pharmaceutical, and cosmetic industries. Our extraction systems are designed for efficient recovery of these actives while preserving the integrity of the fruit’s natural profile.
Raw Material Used
- Tamarind pulp or seed
- Fresh or dried tamarind fruit sourced from verified suppliers
- Cleaned, de-seeded, and processed before extraction
Extraction Methods
- Solvent Used: Water, hydroalcoholic solutions (ethanol + water)
- Type: Aqueous or ethanol-based extraction
- Temperature Range: 50°C – 75°C
- Duration: 4–6 hours (depending on pulp or seed extraction)
Post-Extraction Processing
- Drying Options: Spray drying or vacuum drying for powder extract
- Final Forms: Liquid or powder extract
- Standardization: Tailored to customer needs—commonly standardized for tartaric acid, total polyphenols, and antioxidant capacity
Applications
- Food & Beverages: Used as a natural souring agent, flavoring, and preservative in sauces, syrups, candies, and drinks
- Nutraceuticals: Aids digestion, liver health, and antioxidant support
- Pharmaceuticals: Formulated into digestive tonics, laxatives, and anti-inflammatory preparations
- Cosmetics: Incorporated in skincare products for its exfoliating, brightening, and rejuvenating effects
Plant Features
- SS316L contact parts for food and pharma-grade processing
- Energy-efficient heating and solvent recovery systems
- Batch capacities ranging from 100L to 3000L
- Fully automated control panel for temperature, vacuum, and process flow
- Customizable based on desired extract type (pulp vs. seed extraction)
Utilities Required
- Steam boiler or electrical heater
- Chilled water system for solvent recovery
- Vacuum pump and evaporator system
- Flame-proof controls for ethanol-based systems
