Terminalia Arjuna Bark Extract Plant
Mechotech’s Terminalia Arjuna Bark Extract Plant is specifically designed to extract the therapeutic bioactives from the bark of the Arjuna tree (Terminalia arjuna), a renowned herb in Ayurvedic medicine. Arjuna bark is rich in tannins, flavonoids, saponins, and co-enzyme Q10-like compounds, which are widely used in cardiac care formulations, antioxidant therapies, and nutraceutical supplements. Our plant ensures optimal extraction of these potent compounds while maintaining high purity and efficacy in every batch.
Raw Material Used
- Terminalia Arjuna Bark
- Sourced from certified herb suppliers
- Cleaned, dried, and ground before extraction
Extraction Methods
- Solvent Used: Water or hydroalcoholic mixture (ethanol + water)
- Type: Decoction or hydroalcoholic extraction
- Temperature Range: 60°C – 80°C
- Duration: 6–8 hours depending on bark density and solvent system
Post-Extraction Processing
- Drying Options: Spray drying or vacuum tray drying
- Final Forms: Liquid or powder extract
- Standardization: Typically standardized for tannins, arjunolic acid, and total polyphenols
Applications
- Nutraceuticals: Used in formulations for heart health, blood pressure regulation, and antioxidant support
- Ayurvedic Medicines: A key ingredient in cardiac tonics and wellness supplements
- Cosmetics: Incorporated in skin care formulations for anti-inflammatory and antioxidant effects
- Functional Foods: Used in fortified drinks and health food products targeting cardiovascular well-being
Plant Features
- GMP-compliant construction with SS316L contact parts
- Energy-efficient heating systems with solvent recovery setup
- Customizable batch capacity from 100L to 3000L
- PLC/SCADA-based automation for precision and ease of operation
- Optional flame-proof design for hydroalcoholic extraction systems
Utilities Required
- Steam boiler or electric heater for decoction
- Chilled water system for solvent recovery
- Vacuum evaporator for extract concentration
- Flame-proof controls for alcohol-based systems
