Receiving, Handling and Storing Porcelain Honeycomb Panels

Receive and protect porcelain honeycomb panels with a practical sequence for crate checks, panel IDs, face and rear inspection, supported handling, storage and installation handover.
LuCharlotte LuCharlotte 11 min read Updated
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PU honeycomb reinforcement makes a thin ceramic face more resistant to bending and breakage during transport and positioning. The documented wall panels also reduce piece weight compared with the thicker solid ceramic reference. Receiving and handling should preserve those benefits: check the crates, panel IDs, face, composite edges and rear fittings, then move each piece using its finished weight and supported handling arrangement.

Keep the delivery record, inspection photographs and installation-zone register together. A complete record lets the team identify the correct panel, isolate a damaged part and continue handling the rest of the delivery without repeatedly unpacking or moving it.

Check Crates and Records Before Opening

Prepare a dry receiving area with room to inspect the crate, remove packaging and place the panels on the intended support. Confirm the unloading route and package mass before the vehicle is opened. Package gross mass includes the panels, attached hardware, separators and crate; it is not the same as the net mass of one panel.

Receiving clerk photographing the corner of a delivery crate
Photograph the complete crate and any visible transport damage before opening it.
Porcelain honeycomb panels separated by protective foam in a timber crate
Preserve the supplied separators and edge protection until the receiving sequence is ready.

Match the crate number to the delivery note and packing list. Photograph all accessible sides, straps, supports and any dented or wet area. Record the date, receiving location and affected crate number. A close photograph of a crushed corner is useful only when a wider photograph also shows which crate and which side it belongs to.

If a crate is unstable or the opening side is under pressure, stop the normal opening sequence and arrange controlled support. Removing a bracing member can release load onto the panels inside. Unloading equipment should engage the packaging in its intended way, not contact a ceramic face or a projecting rear clip.

Keep the packaging identification after opening. It connects a panel condition to the shipment and gives the supplier a consistent reference when discussing replacement protection or a specific damaged item.

Match Every Panel to Its ID and Installation Zone

Use the packing list to find the first required panel before moving the whole delivery into a tight work area. The panel register should connect a crate ID, panel ID, drawing revision, orientation and installation zone. That connection avoids treating similar-looking rectangles as interchangeable parts.

Controlled opening of a crate containing protected panels
Open packaging in a supported sequence with a clear place ready for each panel.
Installer and supervisor reviewing a panel handover beside a protected trolley
Keep the delivery and installation records available at the point of handover.

A panel with an opening or handed rear fitting can look almost identical to another from the front. Check the identification before the part is carried to the work face. If its direction is uncertain, compare the front and back with the current drawing rather than deciding from the decorative pattern alone.

Plan temporary positions by installation zone. Keep first-use panels accessible, later zones protected and a separate area available for items on hold. In a phased facade renovation, this reduces unnecessary rehandling while occupied entrances and work zones change during the project.

Do not write directly on the finished ceramic surface to replace a missing label. Use an agreed temporary identification method on the packaging or a suitable protected location, keeping the face finish free of untested inks and adhesive residues.

Inspect the Face, Edges, Back and Fixing Interfaces

Inspect the part while it remains supported. Start with a general view showing the whole panel and its ID, then take close photographs of a specific concern. Use oblique light on the face to make scratches and local chips visible, and examine exposed edges without levering the layers apart.

Swipe sideways to compare the complete table.

Receiving checks by panel component
Component What to inspect Useful record
Ceramic face Supported ceramic panel face being inspected under angled light
Look for visible scratches, chips, cracks and changes around openings; compare the appearance with the accepted finish sample.
Whole-face photograph, panel ID, close view and the location measured from a named corner.
Edges and openings Composite edge available for measurement and inspection
Look at ceramic corners, cutouts, exposed core and closures for chips, gaps or local crushing.
Edge or opening identity, distance from a named corner and a close photograph with a scale where useful.
Rear skin Rear fiberglass skin beside a protected mounting clip
Inspect accessible areas for local impact marks, separation or pressure from packaging and adjacent parts.
Whole back view and the location of any concern relative to panel edges and attached components.
Fixed components Rear panel connection on an installed sample
Compare component position and visible condition with the current drawing; record distortion or impact marks without loading or straightening the fitting.
Component reference, position, drawing revision and close photographs before any adjustment.

The edge identifies several different materials. Funtek’s complete construction has a ceramic face on one side, a bond, a front PU fiberglass skin, an aluminum honeycomb core and a rear PU fiberglass skin. A surface mark on the back is not automatically the same defect as a cracked ceramic face, and a locally compressed core is different from the regular open-cell pattern of an inspection edge.

Ceramic face inspected on padded supports
Inspect the face while it is fully supported and the light reveals its surface.
Close visual inspection of a porcelain panel surface
Use a close view to record a concern after the whole panel and its ID have been documented.

Look around openings and rear components because local handling contact can concentrate there. If a fitting appears bent or displaced, record its relationship to the drawing and adjacent marks. Do not straighten it while it remains attached to the panel; that action can change the component and the condition that needs review.

A received panel is identified by its complete construction and connection arrangement. Inspect the face, composite perimeter and rear components together before releasing it to installation.

Plan a Supported Lift Using the Actual Finished Weight

Calculate net panel mass from its area and selected mass per square meter. For a 1200 × 2800 mm panel, the documented 9–16 kg/m² wall-panel range gives approximately 30–54 kg, compared with approximately 94 kg for the product’s 12 mm solid ceramic reference. The reduction of about 40–64 kg per piece helps the team control a full-height panel during transfer and positioning. Use the selected finished weight, including attached fittings where applicable, for the handling plan.

Large porcelain-faced panel handled with a supported vacuum lifting frame
Select equipment and support for the actual part, its finish and the route it must travel.
Panel dimension check with measuring equipment
Use actual dimensions and the selected complete build-up in the handling calculation.

The finished-panel weight guide gives the face, backing and unit conversions needed to prepare the calculation. Distinguish that net panel figure from a crate’s gross mass when choosing unloading equipment.

Review the lifting equipment with the panel’s surface finish, size, shape and orientation. A smooth flat face, a textured face and a panel with a large cutout do not present the same contact area. The equipment’s rated capacity is only useful when its contact and operating conditions match the proposed move.

Support the part throughout removal from packaging and transfer to a trolley or installation position. Keep the path clear, make room to turn the panel and prevent a free corner from striking the floor or the next panel. Do not suspend it from a ceramic edge or an attached installation fitting. Those locations have different functions from an approved lifting attachment.

The bending and impact results explain why the backed face is easier to handle as a reinforced panel. A supported lift protects that assembly at cutouts, corners and connection regions, where local contact needs particular attention. Keep lifting contact on the intended supported surfaces and protect the thin ceramic perimeter throughout the move.

Protect Panels During Temporary Storage

Keep panels in the supplied protective arrangement until there is a prepared storage position and a reason to remove them. Use a dry, protected area where traffic, tools and other materials cannot strike the edges or rear components. Preserve the face separators and keep abrasive debris out of contact with the finish.

Separated panels stored in a dry area on padded purpose-built racks
Keep temporary storage protected and organized for the sequence of installation.
Foam spacer protecting a rear connection from contact
A separator must protect projecting hardware as well as the decorative face.

Follow the actual package instructions for orientation, support locations and stacking. A flat packed set and an upright supported crate are different arrangements. Do not convert one into the other on the assumption that both are suitable for every size and fixing layout.

Check what bears on what. A separator between faces may still leave a rear bracket carrying the weight of the next panel. Position supports so the panel is stable and the hardware is clear of unintended pressure. If protective packaging is removed to inspect the back, replace the relevant protection before the part returns to storage.

Keep the storage register current when panels move. A simple entry recording panel ID, zone, storage position and release status saves time when the installer asks for a handed corner or a part with a particular opening. For removable raised-floor modules, use the same identification discipline when panels are temporarily removed for service access.

Overseas product specifications also treat this as a separate task: StonePly’s honeycomb-backed panel specification includes delivery, storage and handling. Use the delivered Funtek packing arrangement and the actual panel geometry to determine how this shipment is supported.

Isolate Damage Before It Becomes an Installation Problem

Move a suspect item to the prepared hold position using the same supported handling discipline as an accepted part. Keep its ID visible and record whether the concern is on the face, edge, back, fitting or packaging. A hold status prevents an unreviewed part from being selected simply because it is nearest the installer.

Panel sample set aside in a padded hold position with a plain red tag
Separate a panel that needs review while retaining its identification and protection.
Rear panel connection available for inspection
Record the location of a suspected fitting problem before any adjustment or repair.

Send a short description with one whole-panel image, one close image, the crate and panel IDs, and the relevant drawing or part reference. State when the condition was first observed and whether the item has been moved or unpacked since then. This gives the supplier enough context to compare the condition with the intended fabricated part.

A chip at an exposed visible corner, a mark hidden by an accepted trim and a displaced load-transfer component do not have the same consequences. The disposition needs to match the location and function. Avoid a general rule that every cosmetic mark requires scrapping or that every damaged edge can be repaired on site.

Do not add adhesive, enlarge a hole or refit a clip as an immediate receiving remedy. Those changes can alter the approved fabricated edge, cutout or rear-fitting relationship. Keep the part on hold until the proposed action is recorded, then update its status so the installer sees the agreed disposition.

Use a Receiving-to-Installation Handover Checklist

The receiving task is complete when each panel is traceable, protected, in a known position and either released or visibly held. A concise handover record can use the following fields:

  1. Shipment: delivery date, receiving location, crate number and packing-list reference.
  2. Panel: ID, drawing revision, dimensions, orientation, openings and rear connection type.
  3. Condition: face, perimeter, rear skin and fitting observations, with photograph references.
  4. Storage and movement: current position, retained protection and the planned supported handling arrangement.
  5. Status: released, held for review, or released after an agreed action; include the date and responsible person.
  6. Installation destination: elevation or room, zone and sequence, with any access restriction.

For example, a corner panel held after crate opening stays linked to its crate and drawing ID. The rest of that zone can be released if its checks are complete. When the corner receives an agreed disposition, the record changes its status without losing the original photographs. This keeps damage review from becoming an unrecorded conversation beside the crate.

Supervisor and installer reviewing panel identification before installation
Finish the handover with a current panel register, release status and a known installation destination.

Continue to the wall panel installation and fixing guide once the parts and support arrangement are ready. To confirm the supplied construction and available configuration, use the porcelain honeycomb panel product page. Funtek can discuss the panel and shipment information when the crate, part and condition are clearly identified.

Discuss a Panel Delivery or Receiving Question

Send the crate and panel IDs, photographs of the affected area and the intended handling or storage arrangement. Funtek can discuss the supplied panel construction and the appropriate next step for the item.

LuCharlotte
LuCharlotte

Sintered Stone Specialist & Technical Advisor

About the author

LuCharlotte is a Sintered Stone Specialist & Technical Advisor at Funtek. She writes practical guidance for distributors, fabricators, architects, and project buyers on slab formats, surface finishes, fabrication requirements, applications, and order preparation. Her articles focus on the specifications and checks buyers should verify before selecting or ordering sintered stone.

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Frequently Asked Questions

01

Can panels be lifted by their rear fixing brackets?

Do not treat an installation bracket as a lifting point unless that use is explicitly part of the approved handling arrangement. Plan support and equipment for the actual panel, its geometry and finish. Avoid suspending the part from its thin ceramic edge or loading a rear component unintentionally.

02

Which parts need inspection after opening a crate?

Inspect the decorative face, cut edges and openings, accessible backing skins and attached rear components. Start with a whole-panel photograph and ID, then record any concern close up with its location. Keep the panel supported throughout the check.

03

How do net panel weight and crate weight differ?

Net panel mass describes the finished part at the scope stated in the product schedule. Gross crate mass adds the crate, separators, packaging and all contents. Use net part mass to plan an individual move and the actual gross mass to plan unloading the package.

04

Can a damaged panel be repaired and installed immediately?

Place a suspect part on hold first and record its identity, condition and location. The proposed treatment depends on whether the issue affects appearance, an exposed edge, a bonded region or a rear connection. Keep the agreed disposition with the panel record before releasing it.

05

Which records should accompany installation handover?

Provide crate and panel IDs, drawing revision, orientation, inspection photographs, current storage position, release or hold status and installation zone. Include the planned supported handling arrangement and any recorded action for an item that was previously held.