Stevia is a harvested botanical crop whose dried leaves may be supplied to qualified processors for extraction or other permitted downstream uses. Loose leaves have low bulk density and can scatter, absorb moisture or become contaminated during repeated handling. DILOYA configures a controlled compression and bagging process for prepared stevia leaves, turning loose feedstock into identifiable packages that are easier to count, stack and transport.
Typical uses of bagged stevia leaves
Bagged dried stevia leaves are primarily a transport and storage format for processors working with steviol-glycoside raw material. The final use of the leaves depends on the buyer's extraction process, specifications and applicable food or agricultural rules. Packaging should protect lot identity and allow the processor to inspect origin, condition and cleanliness. This application describes physical packaging only; it does not claim to improve sweetness, extract yield or regulatory status.
Controlled compression and packaging
Leaves are sorted and dried to the agreed condition before entering a gentle metering system. Hydraulic compression forms a manageable block; the pressure and cycle are chosen to limit unnecessary fragmentation and excessive fines. The block is placed in an appropriate protective bag, closed, weighed and labelled for traceability. Where needed, contact surfaces, dust control and cleaning procedures are designed around the customer's quality programme.
Material quality and equipment selection
Leaf size, dryness, fines content, loose density and allowable breakage vary between harvests and processors. Over-compression can damage the leaf structure, while insufficient compression leaves excessive void space. DILOYA therefore reviews representative samples, the desired package mass and dimensions, bag specification, throughput, site layout and sanitation requirements before recommending a configuration. Storage conditions and any food-contact requirements must be confirmed by the customer and relevant authorities.
