A process can contain ceramic grinding media, a mill lining and downstream wear-protected transfer equipment. Changing several contact materials together may make the overall result difficult to interpret. For a Sanxin inquiry, identify which component is under review and what decision the plant wants to make. A material change should be evaluated with a record that separates equipment condition from the quality of the processed product.

Identify the feed contact path through grinding and transfer. List the existing media, lining and other relevant process-facing surfaces, with available material identity. Mark where product samples are collected and where wear observations can be made. This map helps the process team consider possible contributions without assigning a cause to one component prematurely.
Describe the observed problem precisely. Faster equipment wear, unwanted product constituents and an unsatisfactory particle-size result are separate findings. A ceramic material label does not establish that all three will improve together. If chemical contribution matters, identify the relevant analytical limits and methods with the responsible process and laboratory teams.
State whether the inquiry concerns media, a liner or a transfer component. Where possible, evaluate one defined change while recording the other contact materials and operating conditions. If several changes are necessary, document them and limit any conclusion about individual contributions. A broad conversion may be operationally convenient while providing weaker evidence about cause and effect.
Media and mill-lining changes also require the equipment owner's review. Geometry, charge interaction, mass and retention can affect the complete machine. Do not treat a ceramic substitution as a routine equal-volume exchange. For transfer components, preserve approved bores, connections and support requirements while assessing the proposed working surface.
Imagine a hypothetical plant considering ceramic media and a new downstream lining after finding an unwanted constituent in its product. It first samples the incoming feed and defines checks at selected process stages. The trial records the approved material changes and operating exposure alongside product results. This is an illustration of investigation planning, not a Sanxin contamination result or customer case.
The plant also records component condition, including media observations and accessible liner edges. An analytical improvement does not independently establish lower wear everywhere, while intact lining does not establish acceptable product chemistry. Keep these outcomes separate and review whether the sampling plan supports the intended conclusion. Ceramic wear can itself introduce material that needs compatibility assessment.
Send the contact-material map, component or media information, operating description and evaluation objective. Identify product-quality requirements, owner approval responsibilities and fixed equipment constraints. Ask for the offered material identity and relevant construction evidence. Clarify which part of the process the proposed supply covers and which questions require application-specific testing.
Retain item identification, drawings and the trial record for later comparison. Log changes in feed and approved operating settings. Use the evidence to decide on the defined scope rather than claiming that one ceramic choice has corrected the entire process. A useful wear-material program can progress in stages while preserving enough information to understand which decisions each stage actually supports.
Record them as distinct changes even when introduced together. Product chemistry, size reduction and component wear need separate observations, and the equipment owner must approve relevant machine changes. Limit individual performance conclusions when the trial cannot distinguish contributions.
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Sanxin New Materials Co., Ltd. focus on producing and selling ceramic beads and parts such as grinding media, blasting beads, bearing ball, structure part, ceramic wear-resistant liners, Nanoparticles Nano Powder

