Continuous blending system

automatic

Product overviewTea blending plant is an integrated industrial system for continuous, controlled blending and handling of tea leaves and additives in food processing lines. It combines storage, metering, conveying and automation to deliver repeatable recipes and maintain process hygiene.

Key benefits

• Consistent product quality: Precise metering and homogenous blending ensure repeatable tea recipes.
• Increased productivity: Automatic feeding and continuous operation support higher throughput and reduced stoppages.
• Lower operating costs: Efficient material handling and waste reduction improve yield and energy use.
• Hygiene and safety: Closed, food-grade systems limit contamination and dust emissions.

Components and services

• Storage silos and hoppers: Modular, sealed silos for moisture control and safe storage of leaves and ingredients.
• Pneumatic conveying systems: Vacuum and pressure conveying for dust-free transfer in closed pipelines.
• Dosing and feeding units: High-precision feeders and weighers for accurate proportioning compatible with recipe control.
• Process automation: PLC/SCADA integration, real-time monitoring and data logging for traceability and process optimization.

Typical applications

• Tea producers and blenders — industrial-scale recipe production and batch-to-continuous conversion.
• Food and beverage manufacturers — incorporation of tea as ingredient in beverages, desserts and mixes.
• Confectionery and pastry — accurate dosing for flavor consistency in finished products.
• Large-scale food plants — integration into automated production lines for bulk handling.

Technical characteristics / specifications

• Continuous, controlled blending of tea leaves and additives.
• Automatic feeding and high-accuracy dosing (scales, feeders) for repeatable proportions.
• Pneumatic conveying options: vacuum and pressure systems for enclosed, dust-controlled transfer.
• Customised silos with humidity protection and easy cleaning features.
• Integrated automation with PLC/SCADA, recipe management and real-time data.
• Closed-system design to prevent spillage and contamination, meeting food-industry hygiene standards.
• Modular layout to scale capacity and reduce downtime during maintenance.