Project Overview:
Caffeine, a xanthine-based alkaloid, functions as a potent central nervous system stimulant, widely known for its ability to enhance alertness and reduce fatigue. The specialized disc dryer designed for caffeine is a highly efficient, continuous conduction-type drying system. Its advanced design and working mechanism contribute to exceptional thermal performance, minimal energy usage, compact footprint, streamlined configuration, and ease of operation and maintenance—making it a preferred choice across many industries.

Caffeine Functional Overview:
Caffeine naturally occurs in coffee, tea, energy drinks, and soft beverages, making it one of the most commonly consumed psychoactive substances worldwide. In North America alone, approximately 90% of adults consume caffeine daily. Aside from caffeine itself, natural sources often contain other related compounds such as theobromine and theophylline, along with secondary substances like tannins. These components collectively contribute to the physiological and stimulant effects associated with caffeine-containing products.

Overview of the Caffeine Disc Dryer:
The caffeine-specific disc dryer is engineered for efficient thermal conduction and continuous drying. Its structural design ensures high heat transfer efficiency, reduced energy consumption, and minimal installation space. The unit supports a user-friendly interface, stable operation, and a clean working environment. Due to these advantages, the equipment is widely adopted in industries such as pharmaceuticals, chemicals, agrochemicals, food processing, feed production, and agricultural product drying.

This dryer is available in multiple configurations to accommodate varying application needs:

• Types: Atmospheric, sealed, and vacuum models.

• Sizes: Standard models include 1200mm, 1500mm, 2200mm, and 3000mm diameter plates.

• Material Grades:

  • Type A: Carbon steel construction.

  • Type B: Contact surfaces made of stainless steel.

  • Type C: Based on Type B, with additional stainless steel steam piping, central shaft, support structure, inner chamber lining, and cover plate.

Drying surface areas range from 4 to 180 m², supporting a wide variety of process capacities. In addition, a full suite of auxiliary equipment is available for seamless system integration, ensuring optimal performance across a broad spectrum of materials.