A magnetic separator has a process function that depends on its approved equipment arrangement. Adding ceramic wear protection can change the surface presented to material and the space within the machine. A Sanxin inquiry should therefore identify the exact part and geometry. Abrasion resistance does not by itself establish that a modified component preserves separation performance.

Provide the separator identification and a drawing marking the worn region. Describe whether the part is stationary, rotating or otherwise involved in material movement. Include adjacent components and the process-facing surface. The general equipment name cannot define those responsibilities.
Record the existing damage with location references. A worn contact face, a displaced mounting and damage from unintended contact require different investigations. Do not assume a ceramic layer is the appropriate correction before the support and operating arrangement have been reviewed.
Show the finished surface after protection is added and the interfaces that must remain fixed. Ask the responsible designer which clearances and functional geometry need verification. Liner thickness occupies space, so matching the original backing outline does not establish equivalence of the completed part.
If a change affects the material path or separation function, define the process evidence needed as well as dimensional acceptance. A supplier material report cannot answer that system question. Keep equipment approval separate from the commercial decision to investigate a ceramic option.
Request a construction showing how the proposed ceramic is supported and attached. Identify edges, joints and any feature that may receive concentrated contact. High hardness does not establish impact tolerance, and ceramic pieces should not inherit an undefined structural role from a metal predecessor.
Include temperature, chemical and cleaning exposure. The attachment and intermediate layers need evidence for the actual environment. For rotating or load-carrying parts, retain the appropriate machine-design and commissioning requirements rather than treating ceramic fit as complete approval.
Imagine a hypothetical separator wear part proposed with a thicker ceramic face. The external mounting fits, but the finished working geometry differs from the accepted arrangement. The buyer should obtain the equipment review and determine what process comparison is required before approving the change.
This is a design-boundary example, not a claim about a specific separator or a Sanxin installation. A trial should document the accepted geometry and initial condition. Product observations and wear findings should remain separate so that the review can identify what each result actually supports.
Send the component drawing, equipment context, damage map and operating material description. State owner-controlled dimensions and permitted changes. Ask whether the proposed ceramic protection can be evaluated and which material and construction evidence would support that review. Record the inspection references used for each functional dimension so the shop and site examination address the same accepted geometry rather than different surfaces.
At handover, retain identity, revision and installation records. Inspect the defined wear and attachment locations through approved procedures. Any conclusion should concern the stated assembly and observed duty. It should not claim that a ceramic layer automatically solves separator wear while preserving every aspect of machine or process performance without additional evidence.
No. The finished functional geometry and material path need equipment-owner review, with relevant process evidence where the change affects separation. Mounting fit and ceramic abrasion properties are incomplete qualification.
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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

