Devanhaar Technologies Pvt. Ltd.

20 TCD Fully Automatic Jaggery Powder Plant is a revolutionary solution for efficient, cost-effective, and sustainable jaggery powder production. The plant produces jaggery powder in just 5-6 hours and utilizes bagasse instantly as fuel, reducing fuel costs by approximately 50%. With a highly optimized design, it cuts overall production costs by around 50%, requires minimal labor (3–4 workers), and saves nearly 80% water, making operations extremely economical.

300 TCD Fully Automatic Jaggery Powder Plant is a revolutionary solution for efficient, cost-effective, and sustainable jaggery powder production. The plant produces jaggery powder in just 5-6 hours and utilizes bagasse instantly as fuel, reducing fuel costs by approximately 50%. With a highly optimized design, it cuts overall production costs by around 50%, requires minimal labor (3–4 workers), and saves nearly 80% water, making operations extremely economical.

50 TCD Fully Automatic Jaggery Powder Plant is a revolutionary solution for efficient, cost-effective, and sustainable jaggery powder production. The plant produces jaggery powder in just 5-6 hours and utilizes bagasse instantly as fuel, reducing fuel costs by approximately 50%. With a highly optimized design, it cuts overall production costs by around 50%, requires minimal labor (3–4 workers), and saves nearly 80% water, making operations extremely economical.

Its eco-friendly system reduces pollution by about 90%, ensuring a cleaner and safer production environment. The plant consistently delivers 100% pure, premium-quality jaggery, suitable for MNCs and export markets. Durable, user-friendly, and fully customizable, it is the perfect choice for modern manufacturers seeking quality, efficiency, and sustainability.

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100 TCD Fully Automatic Jaggery Powder Plant is a revolutionary solution for efficient, cost-effective, and sustainable jaggery powder production. The plant produces jaggery powder in just 5-6 hours and utilizes bagasse instantly as fuel, reducing fuel costs by approximately 50%. With a highly optimized design, it cuts overall production costs by around 50%, requires minimal labor (3–4 workers), and saves nearly 80% water, making operations extremely economical.