Bring the surface, weight and assembly details of your next project into one factory order. CUZI PLY manufactures composite plywood panels in Linyi, China, combining plywood skins with honeycomb or foam cores, or bonding aluminium facings to plywood. Choose sheets or cut-to-size components with the finish, edge closures and fixing details your design needs. Work directly with our factory team on the construction, machining, product documents and protective export packing.
Choose the face and core around your component. Mark cut dimensions, edge closures and fixing points on the drawing, with finished-panel weight and protective packing for the parts you need.
Composite plywood is a construction choice, not one fixed material. Bring both skins, the core, facing, adhesive, edge members and attachment points into the same specification. Our factory quotation describes the finished panel and the processing your component needs.
Choose plywood for both outer skins and specify the cellular core between them. The skin thickness, wood species, core material and bonding interfaces describe the complete panel. Plan solid edge members and local fixing points with the panel rather than adding them after cutting.
For your enquiry: Plywood species and skin thicknesses, honeycomb material and cell arrangement, overall thickness, bond, edge closures and insert locations.
Combine plywood skins with a named foam core for a project that calls for a sandwich construction. Specify the foam type, core thickness and density separately from the plywood. Keep any insulation, load or fire requirements with the complete panel and its intended installation.
For your enquiry: Plywood skins, foam type and core specification, adhesives, finished thickness, mass target, edge details and project requirements.
Order a metal surface over a plywood substrate, with the face alloy, thickness, finish and reverse arrangement clearly specified. The metal facing, secondary adhesive and wood panel work as a combined construction. Include dimensional stability, protective film and the edge detail in the factory order.
For your enquiry: Aluminium face and reverse, plywood species and thickness, bonding requirements, surface finish, flatness, exposed edges and processing.
Honeycomb plywood panels use cellular cores between plywood skins; foam-core plywood sandwich panels use a continuous foam layer. Specify the exact arrangement, target mass, support and attachment details so the material and processing fit your drawing.
For honeycomb plywood panels or foam-core plywood sandwich panels, identify the plywood on each side: species, veneer arrangement, skin thickness, grain and finish. The two skins and the core jointly determine the construction your workshop receives.
Name the honeycomb material or foam type, thickness and core requirements. For honeycomb, include cell orientation and any bonding surface layer. Select the adhesive for the actual materials and service conditions, with the required skin-to-core bond checks in the order.
Mark hinges, handles, rails, brackets and concentrated loads on the drawing. Specify edge members, bonded inserts, local reinforcement or through-fixing details where required. Give their locations before manufacture so cutting does not remove an intended fixing point.
Define the metal surface and the plywood underneath it together. Include both-face arrangement, secondary bonding, finished thickness, flatness and the way the panel will be cut or fixed. The metal finish is one part of the construction your project uses.
For aluminium faced plywood, specify alloy and temper, facing thickness, mill or brushed finish, coating and protective film. Mark the visible face and any grain or brushing direction, with appearance and handling requirements for matching parts.
Choose the plywood species, lay-up, bond and finished thickness alongside the metal facing. Specify the secondary adhesive and opposite-face arrangement for the intended temperatures and moisture conditions. Keep the complete construction with the flatness requirements.
Provide profiles, hole positions, edge closures, joints and attachment details. Agree tooling and handling for wood and metal together, including burr removal and protection of the finished surface. Assess corrosion compatibility where fixings contact aluminium.
Start with what you are making and how it will be supported and joined. Give us the finished-part dimensions, facing, mass target and hardware locations, with quantities and the product information your project requires.
Build the panel around the visible surface, finished dimensions and the way hinges, brackets or handles attach. Include perimeter members and local reinforcement in the drawing for a sandwich part rather than treating the core as solid timber.
For your enquiry: Part schedule, finish, mass target, hinge or bracket positions, edge detail, flatness and quantity.
Specify the complete panel for the interior component, including support, vibration, temperature and moisture conditions. Coordinate fixings, surface and edge protection with the vehicle or vessel design and its required product documents.
For your enquiry: Component drawing, supports, joints, service conditions, mass target, finish and project standards.
Order matching surfaces and finished blanks around your installation plan. Identify exposed edges, joints, hanging points and repeated components so the construction, machining and pack labels fit the way your team assembles them.
For your enquiry: Visible faces, matching sets, mounting details, cut list, insert positions, finish and delivery sequence.
Choose the panel with the case frame, corner profiles, latches and handles in mind. Specify local fixing support, cut-edge closure and surface protection, with the finished-part mass and handling requirements for the complete case.
For your enquiry: Case dimensions, frame and hardware, loads, attachment details, facing, cut sizes and quantities.
Keep the cut list, internal reinforcement and attachment drawing together. Our quotation identifies the agreed factory machining, edge closures, labels and protective support, so the panel is supplied around your assembly plan.
Give datum edges, the presentation face, surface direction and finished dimensions for each part. Identify whether cutting takes place before or after core inserts and edge members are fitted. Keep internal features and labels with the drawing revision.
Specify attachment locations, backing, inserts and local reinforcement for the forces your part will carry. A screw into an unsupported cellular core is not equivalent to fixing into solid plywood. Keep the fixing design and inspection requirements with the component.
Agree edge bands, solid members, bonded closures or sealing around the selected construction. Include holes, joints and later site cuts in the protection plan. Match adhesives, sealants and coating to the core, facings and expected moisture conditions.
Use protective film or separators where specified, with flat support and corner protection for the finished parts. Mark stacking and lifting points for larger panels. State when temporary surface protection should be removed during installation.
For a uniform finished panel, multiply its kg/m² by length and width in metres to calculate sheet mass. State whether the figure includes edge members, inserts, facing and adhesive, then add separate hardware and packing where needed. Compare constructions against the same component and support requirements.
Give each part a code and drawing revision. Locate perimeter members and inserts from named datum edges, and mark the cuts that must preserve internal fixing support. Include any later workshop cuts, holes and edge protection in the part plan.
Keep the part codes with pack labels and the assembly sequence. On arrival, check quantities, part identity, dimensions, facing, edges and transport damage before assembly. Retain the internal-feature drawing and product documents with the delivered parts.
Get a Component QuoteStart with the component, dimensions, quantity and finish. Add the skin and core construction, target mass, edges, inserts, processing and project documents to describe the panel and parts you expect to receive.
| Field | Options and order requirements |
|---|---|
| Component and service conditions | Identify the furniture, interior, vehicle, marine or equipment component, its supports, loads, joints, temperatures and moisture conditions. Keep the drawing revision with the order. |
| Complete construction | Describe every layer from face to reverse: plywood skins, cellular or foam core, metal or decorative facings and adhesive interfaces. Include local reinforcement and perimeter members. |
| Plywood skins or substrate | Name the wood species, veneer lay-up, grade, grain directions, plywood thickness and bond. Distinguish each outer skin from the complete composite thickness. |
| Honeycomb core | Specify core material, cell size and orientation, core thickness, density and bonding surface requirements. Keep the core specification separate from the finished-panel mass and performance. |
| Foam core | Specify the foam type, density, thickness and material requirements for the project. Include temperature, moisture, bonding and any required insulation or fire information for the finished panel. |
| Aluminium facing | Give alloy and temper, metal thickness, surface finish, coating and protective film. Mark the visible face, brushing direction and any appearance or corrosion requirements. |
| Reverse and balancing arrangement | Specify the opposite skin or facing, finish and balance of the panel. Include flatness and service-condition requirements for the selected face-to-reverse construction. |
| Panel and secondary bonds | Identify the plywood bond separately from the adhesives joining skins, core and metal. State service conditions and the required compatibility, adhesion and skin-to-core checks. |
| Finished thickness and tolerance | Give total finished thickness, individual skin, core and facing thicknesses, and tolerances. Include compression, trim or fitting requirements where they affect the component. |
| Sheet dimensions and flatness | Specify exact length and width, squareness, flatness and moisture requirements for the wood elements. Add handling support and the required finished-part or sheet tolerances. |
| Finished-panel mass | State the target kg/m² and complete-panel or part mass, including specified facings and reinforcement. Identify how mass is checked; core density alone is not a finished-sheet weight. |
| Perimeter and edge closures | Give edge-member material, width and locations, with banding, closure, sealing and exposed-edge finish. Include joints, holes and any later cutting in the protection details. |
| Inserts and local reinforcement | Mark insert type, material, position, bonding and local support on the drawing. Define the required attachment loads and checks for hinges, handles, rails or brackets. |
| Cut list and datum | List finished dimensions and quantities by part, with reference face, datum corner, grain or brushing direction, feature positions, matching sequence and drawing revision. |
| Machining and fitting | Specify profiles, holes, rebates, joint fit, machining allowances and tolerances. Agree tooling, support, burr removal and protection for the actual wood, core and metal combination. |
| Fixings and installation | Identify fasteners, backing plates, joint details and supporting structure. Include contact-material compatibility, movement allowances and requirements of the component or installation design. |
| Surface and handling | Specify veneer, laminate, coating or metal appearance, reverse treatment, protective film, separators and permissible handling marks. Coordinate coating and sealing with the selected materials. |
| Product and project documents | Name required dimension, bond, mechanical, moisture, fire, emission or sourcing documents for the complete construction and intended installation. Include the standard, method and relevant acceptance requirements. |
| Quantity, packing and destination | List quantities by construction or part, pack labels, separators, lifting or stacking needs and protective support. Send the destination, delivery term and target date for the factory quotation. |
Compare the part schedule with sheet dimensions, surface direction, trimming, insert positions and edge members. Keep exact finished millimetres and tolerances in a nominal 4×8-ft order.
Custom length and width are manufacturing choices for the selected composite construction. Keep the skins, core, bonds, facing, finished thickness and applicable project documents with the order.
Review plywood sizes and thicknessesState the intended use, construction and required methods. Product information should describe the skins, core, bonds, facings and relevant thickness, with the supports and joints needed for the intended application. We agree the requested documents and checks with your order.
Identify both skins, core, facings, adhesives, reinforcement and finished dimensions. Use the complete-panel kg/m² or part mass with the measurement conditions, rather than a core-density figure alone.
State the skin-to-core or metal-to-plywood bond requirements, intended service conditions and relevant checks. Keep inserts, edge members, fasteners, backing and required attachment loads with the component drawing.
Name the standard, edition, test methods and acceptance values for the actual construction, span, supports, joints and exposure. Keep the report issuer, number, product identification and document holder with the order. A core or facing test alone does not describe the finished panel or installation.
Identify the standard and product information your interior, transport or marine project requires. Match the documents to the finished construction, including plywood, core, adhesive, facings, thickness and the relevant installation.
Compare quotations on the same skins, core, facing, bonds and finished thickness, with mass, edges, reinforcement and machining clearly listed. Add required documents, protective support and labels so the order covers the parts your workshop needs.
CUZI PLY is your composite plywood manufacturer and direct supplier in China. Share the quantity mix, destination and target date to plan production, processing and export delivery with our factory team.
For a sample, identify the construction, surface, edge or attachment detail you want to evaluate. We confirm availability, any sample and courier costs, and dispatch arrangements before sending it.
Your quotation states currency, price unit, construction, quantity, processing, requested documents, payment, packing, delivery terms and validity. Production time is separate from transit; freight, insurance, duties and taxes are included only when listed.
Panel construction, assembly and factory purchasing
Composite plywood panels combine plywood with other materials in a defined construction. They can use plywood skins around a honeycomb or foam core, or a metal facing bonded to a plywood substrate. Describe both faces, the core, adhesives, edges and reinforcement so the name refers to the panel your component needs.
Yes. CUZI PLY is the factory and direct supplier in Linyi, Shandong, China, with 10 production lines across our plywood range. We manufacture the finished composite panels using the specified plywood, cores, facings and adhesives, with agreed machining, edge details, product documents and export packing.
Define the plywood skins on both sides and the honeycomb material, cell arrangement, density and thickness. Add the bonding interfaces, overall thickness, target panel mass, edge closures and insert locations. Include the component loads, supports and required checks with the drawing.
It has plywood skins bonded around a specified foam core. Name the foam type and density, skin species and thicknesses, adhesives and complete-panel dimensions. The finished construction and installation need their own mechanical, insulation, moisture or fire information where your project requires it.
No. Aluminium faced plywood has a wood plywood substrate with a bonded aluminium surface. An aluminium composite sheet may have metal skins around a different core. State the actual face-to-reverse construction, including the plywood and adhesive; aluminum is the US spelling of aluminium.
Specify the face and reverse materials and the finish of each side, whether one or both are visible. Include flatness, moisture and temperature requirements so the substrate, facing, adhesive and balancing arrangement are selected together.
Provide their locations and the loads on the component drawing. Specify suitable inserts, edge members, local reinforcement or through-fixing details rather than relying on an unsupported cellular core. Keep backing, bonding, fasteners and the relevant attachment checks with the panel order.
Compare complete constructions at the required finished size, thickness and component requirements. Use finished-panel kg/m² or measured part mass, including facings, adhesives and reinforcement. Core density alone does not give the mass of the finished panel or its attachment hardware.
Describe the intended environment and installation, then name the required methods and documents for the finished construction. Include skins, core, adhesives, coating, cut edges and joints. A metal surface or moisture-resistant core alone does not classify the complete panel for fire or wet-service use.
Yes. Use our factory formats or send a cut list with exact dimensions, thickness, quantity, tolerances and surface direction. Identify inserts, edge members, holes and exposed edges before cutting. Custom length and width are manufacturing choices; keep the product construction and applicable documents with the order.
Provide reference edges, profiles, holes, joints, inserts and fixing locations, with the required fit and finish. Specify the intended processing method and protective support. We confirm cutting, machining, closure, labelling and packing scope in the factory quotation.
Keep the part codes, drawing revision and complete face-to-reverse construction with the repeat order. Record the skins, core, facings, adhesives, perimeter members and insert locations, along with surface direction, finished dimensions, mass target and tolerances. Retain the product documents and pack labels from the first delivery, then identify any changes to fixings, finish or service conditions. A similar face, thickness or weight does not make a different core or bonding arrangement interchangeable.
Compare the same finished part list and complete construction, including skins, reverse, core, edge members and inserts. A sheet quote needs a layout that preserves internal fixing support; a component quote also lists cuts, profiles, holes, edge closures, finish, checks, labels and protective packing. Include freight and the work your workshop still needs to do, such as hardware and final assembly. Compare the price unit and delivered part quantities, not just a sheet price or core density.
Send the component use, face and core materials, finished thickness, dimensions, mass target, edge and fixing details, quantities and destination. Add required documents and delivery timing. For a sample, identify the surface, core, edge or attachment detail you want to evaluate; we confirm availability, any sample and courier costs and dispatch arrangements before proceeding.
Compare wood and sandwich constructions with whole-panel mass and attachment needs.
Explore mixed wood veneers rather than a cellular or foam core.
Choose decorative wood faces and the substrate for furniture parts.
Compare laminate surfaces, the plywood substrate and edge treatments.
Plan clear-coated wood surfaces for cabinetry and interior components.
Explore products manufactured by CUZI PLY.
Send the skins, core, facing, finished dimensions, mass target, edges, fixing details and quantities. Our factory team will prepare a quotation with the processing, documents and delivery requirements your order needs.