A mill-brick delivery can contain enough ceramic by a broad quantity measure while missing a special piece needed to complete the accepted layout. Check those pieces against the course drawing before the maintenance window. Standard coverage, closures and junctions serve different installation roles. A Sanxin inquiry should identify them clearly so the order and receiving plan address the lining that must be assembled, not merely a total number of similar-looking bricks.

Use the mill owner's controlled internal profile and lining layout. Identify standard bricks, special shapes and their installation positions. Link each special type to a drawing reference rather than a vague description such as end piece. In a hypothetical relining, the broad shell courses may be complete while the outlet junction requires another shape. An area or weight total will not reveal that functional shortage. The schedule should make it visible before ordering. Any geometry change still needs equipment-owner review rather than a supplier assumption that an alternative shape is equivalent.
Check what each course, junction or opening requires and distinguish installed pieces from accepted spares or adjustment allowance. Keep the units consistent with the offer. A delivery can be commercially complete but not yet allocated to every installation position. Record unused reserve stock separately. Do not infer that surplus standard bricks compensate for a missing closure without a reviewed layout change. The receiving team should know which shortage would stop assembly and which items are spare coverage, allowing purchasing and maintenance to address the real issue rather than compare unexplained totals.
Preserve package and piece identification relevant to the installation schedule. Similar-looking bricks may have different mating profiles or accepted dimensions. Record the drawing revision supplied, especially when part of a previous order remains in stock. Visual similarity is not proof of material or shape equivalence. Check condition and relevant dimensions under the agreed receiving method. Ceramic hardness does not make edges immune to transport or handling damage. Separate suspect pieces for a controlled disposition before they are distributed to the installation crew and become difficult to identify.
Use the accepted fitting and inspection plan for critical junctions. The actual support should be verified rather than assumed from the old mill drawing. If a special piece does not match, record the reference, measurement and condition before adjustment. Any rework needs an accepted procedure and final inspection. Do not force the final closure or alter functional geometry to consume available stock. The lining's support and retention remain part of its acceptance, while machine clearances and operating profile require the responsible equipment review. Quantity reconciliation cannot replace those engineering decisions.
Record which identified pieces enter each special position and any approved deviation. Preserve the installed baseline at junctions and openings before access is lost. Send Sanxin the course drawing, special-piece schedule and relevant fit constraints with the inquiry. Ask for explicit identification and proposed alternatives rather than assuming a general mill-brick listing covers every shape. At review, distinguish delivery, installed completeness and later wear results. A clear schedule can prevent avoidable interruption without claiming that correct counts alone establish ceramic performance or qualify the whole mill assembly.
Not automatically. Compare the delivery with the accepted course and junction layout. Any alternative needs a reviewed design, fit and installation basis. Keep standard coverage, special shapes and spares identifiable so receiving quantities reflect the real assembly requirements.
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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

