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As manufacturers enter Q1 2026, procurement and R&D teams must prioritize material reliability, early qualification testing and supply planning. Natural graphite remains essential across coatings, foundry, powder metallurgy and high-temperature applications. This guide explains the key application drivers, supplier evaluation criteria, a practical checklist for grade selection and a time-sensitive logistics recommendation for buyers planning orders around the Lunar New Year.
Natural graphite improves lubrication and reduces surface defects in coating systems. For coating formulators, narrow particle size distribution (PSD), controlled particle shape and low ash content are decisive for uniform dispersion and film performance.
In foundry use, controlled flake size and consistent purity support reliable mold release and improved surface finish. Lower impurity and ash grades reduce contamination risk and secondary processing.
Graphite enhances compactability and sintering behavior. Uniform particle morphology and PSD lead to better green density and predictable sintered properties. For critical components, request multi-lot PSD and trial sintering feedback.
Applications with thermal stress require grades with low volatile matter (LOI/VM) and stable carbon structure. Verify LOI values and structural carbon data when assessing candidate grades.
Procurement teams should evaluate suppliers on measurable, documented criteria:
Multi-lot PSD reports and certificates.
Ash and impurity test results (ICP/OES or equivalent).
Lot traceability and batch testing records.
Production capacity, lead time transparency and contingency planning.
Buyers are moving from commodity purchasing to grade-matched sourcing that minimizes process risk and reduces variability across production batches.
Define process targets — operating temperature, dispersion method, target ash/impurity thresholds and acceptable D50/D90 ranges.
Request and review lab certificates — PSD curves, LOI/VM, ash content and elemental impurity results for at least two recent lots.
Obtain 1–2 pilot samples from different production batches; assess dispersion, surface finish and thermal behavior.
Run short qualification runs and measure defect rate, batch variation and final properties.
Agree supply terms — lead time, lot traceability, QC acceptance criteria and contingency stock levels.
Mid-January is an optimal window to finalize technical details and confirm orders for Q1. We recommend customers confirm specifications, secure production slots and start any required export permit or license applications now so that production planning and documentation can be completed before the Lunar New Year holiday. Shipments scheduled for dispatch immediately after the holiday typically benefit from eased congestion and frequently lower ocean freight rates compared with the pre-holiday peak, which may reduce shipping costs and transit lead times.
If you plan to start qualification or place an order for Q1, initiating permit paperwork and reserving shipping space this week improves your chance of on-time post-holiday shipment and lower freight exposure.
When you evaluate suppliers, ask for:
PSD & impurity reports across multiple lots.
Sample lead times and minimum trial quantities.
Documented QC procedures and lot traceability.
Technical support for joint pilot trials.
Customers completing a short pilot in January often reduce scrap and rework by confirming grade fit before peak production cycles. Early qualification shortens time-to-market, improves first-pass yield, and mitigates seasonal supply risks and freight volatility.
Q1 is the critical window to lock in material performance for 2026. Confirm orders, initiate necessary permit or export license procedures, and request pilot samples now to secure production slots and post-holiday shipment capacity.
Call to action: Request technical datasheets, reserve production or start permit applications.
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