Source Fruity Extract Lemon Powder for Capsules, Tablets, and Food

Fruity Extract Lemon Powder Sourcing Guide

Buyers must first distinguish between raw fruit powder and standardized extracts, as the market offers both distinct forms under the same keyword. The observed listings indicate a primary product state of fine brown or light yellow powder derived specifically from lemon fruit, available in mesh sizes like 80 mesh or 40 mesh. Procurement teams should verify whether the material is a simple spray-dried powder or a freeze-dried variant, as this distinction significantly impacts solubility and bioactive retention in final formulations.

The application scope for these materials is broad, covering health care products, food ingredients, and pharmaceutical preparations. Listings confirm suitability for capsule, tablet, paste, lotion, and even suppository or injection forms, suggesting high versatility for R&D departments. However, buyers must carefully match the specific extract source and particle size to their manufacturing process, ensuring the physical properties align with the intended dosage form before committing to a bulk order.

Product Scope and Observed Listing Signals

The observed price range of 2.5 to 55 USD per unit reflects significant variation in concentration, purity, and processing methods. Some listings specify a 5% Eriocitrin content, while others denote a 4:1 extraction ratio or a 40% standard, indicating that price correlates directly with the potency of the active flavonoid compounds. Buyers should not assume a single price point applies to all inventory; instead, they must request detailed assay reports to understand exactly what concentration of active ingredients they are purchasing at each price tier.

Minimum Order Quantities (MOQ) vary widely from 1 unit to 510 units, offering flexibility for small-scale testing and large-scale production runs. The packaging is typically standardized at 25kg drums, though some suppliers offer 1kg aluminum foil bags for smaller batches or sample verification. Procurement planners must account for these MOQ thresholds when calculating total landed costs, ensuring that the initial order volume does not exceed storage capacity or cash flow constraints while still securing the necessary volume for production.

Technical Specifications to Verify

Verification of the assay method is critical, as the market utilizes UV, HPLC, GPC, and HPLC-MS techniques to quantify active components. Buyers must confirm which specific method the supplier employs for their Certificate of Analysis, as HPLC-MS offers higher specificity for complex flavonoid profiles compared to standard UV methods. Relying on a single assay type without cross-referencing the specific chemical markers can lead to discrepancies in quality control and final product efficacy.

Particle size and physical appearance are equally vital for formulation stability, with observed standards ranging from 80 mesh to 40 mesh and appearances described as fine brown or light yellow powder. The product model often indicates the mesh size or extraction ratio, such as 5% purity or 4:1 concentration, which directly influences dissolution rates in capsules or tablets. Procurement teams should request physical samples to visually inspect the powder for clumping or discoloration, ensuring the material meets the strict visual and textural requirements of their specific application.

Compliance and Safety Documentation

Certification requirements vary by region and end-use, with observed listings including FDA, ISO, HACCP, BRC, and RoHS approvals. Some suppliers provide additional certificates such as ISO9001, Halal, and Kosher, which are essential for accessing specific global markets or religious dietary segments. Buyers must verify that the specific batch they intend to purchase carries the relevant certifications for their target market, as a supplier may hold general certifications that do not automatically apply to every product SKU or production run.

Safety documentation must also address the grade of the material, with listings specifying Food Grade and Cp2015 standards. The origin is consistently noted as China, with specific mentions of Shaanxi as a production hub, which may influence logistics and traceability protocols. Procurement teams should ensure that the supplier provides a comprehensive Certificate of Analysis that includes heavy metal testing, pesticide residues, and microbial limits to guarantee the safety of the extract for human consumption in food or medicine applications.

Cost Drivers and Commercial Terms

The cost of fruity extract lemon powder is heavily influenced by the extraction ratio and the concentration of active flavonoids like Eriocitrin. A 4:1 extract or a 40% standard will command a higher price than a simple 5% powder due to the increased processing effort and raw material consumption required to achieve higher potency. Buyers should analyze the cost per unit of active ingredient rather than the cost per kilogram of raw powder to accurately compare value across different suppliers and product grades.

Commercial terms regarding packaging and lead times are also significant cost drivers, with standard packaging being 25kg drums and some suppliers offering 1kg foil bags for samples. The observed shelf life of two years allows for strategic inventory planning, but buyers must confirm the specific storage method, which is listed as normal storage, to prevent degradation during transit and warehousing. Negotiating favorable terms on sample availability, such as the 10g to 20g free samples mentioned, can reduce the initial risk and cost of supplier qualification.

Supplier Qualification and Quality Control

Supplier qualification should begin with a review of their customization capabilities, as the market offers both customized and non-customized options for particle size and concentration. Buyers seeking specific mesh sizes or unique extraction ratios must confirm that the supplier has the technical capacity to produce these variations without compromising the integrity of the flavonoid content. A supplier's ability to provide free samples of 10g to 20g is a strong indicator of their confidence in product consistency and willingness to support the buyer's testing phase.

Quality control processes must be validated through the supplier's adherence to their stated standards, such as 100% purity or specific mesh specifications. The presence of multiple certifications like FDA, ISO, and BRC suggests a robust quality management system, but buyers should request recent audit reports or third-party verification to ensure these standards are actively maintained. Establishing a clear protocol for batch-to-batch consistency, including the use of HPLC-MS for final release testing, is essential for maintaining product quality in long-term supply chains.

Long-Term Procurement Checks

Long-term procurement success depends on monitoring the stability of the product's shelf life and storage requirements over time. With a standard shelf life of two years and a normal storage method, buyers must ensure their warehousing conditions remain consistent to prevent moisture absorption or degradation of the light yellow or brown powder. Regular re-testing of stored inventory against the original Certificate of Analysis is necessary to verify that the active ingredients remain within the specified 5% or 40% ranges throughout the product's lifecycle.

Supply chain resilience requires verifying the supplier's ability to maintain consistent output given the fluctuating nature of agricultural raw materials like lemon fruit. Buyers should establish a relationship that includes regular communication regarding harvest seasons and potential supply constraints that could affect the 4:1 or 5% extraction ratios. Developing a contingency plan that includes alternative suppliers with similar certifications and product specifications will mitigate risks associated with single-source dependency and ensure uninterrupted production for health care and food applications.