Turn precise drawings into panels prepared for your next build. CUZI PLY manufactures aircraft and ultra-thin plywood in Linyi, China, with fine veneers, layer construction and finished dimensions specified for your project. Order sheets or cut-to-size blanks for aircraft projects, model making and precision components. Work directly with our factory on the material specification, grain direction, machining and protective export packing, with the product documents your order requires.
Match veneer construction, thickness and grain direction to your part drawing. Include the finished cut dimensions, joint fit and forming requirements, with flat protective packing for the thin sheets.
Bring face quality, species, veneer thickness and grain sequence into the same order. Define the arrangement through the panel and the finished thickness so cutting, joints and forming use the construction your drawing calls for.
Choose birch faces and inner veneers when your component calls for an all-birch build-up. Specify the veneer quality, thickness of each layer and finished panel thickness together. A thin face on a different core and birch veneers throughout are different constructions.
For your enquiry: Birch face and reverse, inner veneers, layer count and thickness, permissible veneer features and component use.
For a drawing that calls for a different species arrangement, identify the face, crossbands and inner layers separately. Keep the required species, veneer quality and bond in the order rather than selecting a panel by colour or weight alone. Our quotation identifies the construction being supplied.
For your enquiry: Face, crossband and core species, veneer sequence, grain directions, bond, overall thickness and the drawing or material specification.
An aircraft part, a model and a curved interior detail have different design and documentation needs. Identify the component first, then choose the veneers, dimensions, processing and product information around that use.
Use the material specification and build or maintenance instructions for the aircraft component. Send the standard and edition, grade, veneer arrangement and product documents required by the project. Material selection, installation and any substitution belong with the aircraft’s responsible engineering or maintenance organisation.
Choose the thin panel around the model or component drawing, including ribs, formers, skins, slots and joints. State the finished thickness, grain direction and fit needed after cutting. A modelling material is selected for that design; it is not automatically interchangeable with a specified material for a full-size aircraft.
For curved coverings and design components, choose the veneer lay-up with the forming direction, radius, support and bonding surface. Include the finish and reverse treatment in the order. Evaluate forming on the selected construction and thickness before making a repeated curved part.
Use your drawing to define the grain, cut profile, joints and finish. Give us the quantity by part and the required material specification so the factory quotation covers the sheets or blanks your production needs.
Start with the component drawing and its material requirements, including the intended use and service conditions. Keep the specified species, grain, bonding and qualification documents with the panel order. The aircraft designer or authorised maintainer determines suitability for the part and its installation.
For your enquiry: Component identity, drawing revision, material standard and edition, grade, layer construction, dimensions and required documents.
Plan the cut around grain direction, slot clearance and the way each part joins the model. Identify narrow sections, attachment points and curved skins on the drawing so the material and cutting scope match the design.
For your enquiry: Model or part use, sheet thickness, grain arrows, cut list, joints, slots, quantities and finished fit.
Order thin blanks for repeat profiles, templates and detail components. Give the reference edges, feature positions and tolerances, with the surface that will be visible or bonded. Keep the part identification and packing sequence consistent across repeat sets.
For your enquiry: Profile drawing, datum edges, holes, slot widths, finish, quantity by part and matching or assembly sequence.
Bring the forming direction and supporting surface into the plywood selection for lighting, decorative coverings and curved interior details. Specify the radius, bonding method and finish for the part rather than assuming every thin sheet bends the same way.
For your enquiry: Curve and forming direction, support, selected thickness and lay-up, bonding surfaces, finish and component dimensions.
Mark reference edges, grain arrows and the visible face on the part schedule. Include profiles, slots, machining allowances and the required finish. We confirm the factory cutting scope, tolerances, identification and protective support with your quotation.
Mark face grain, presentation face and the reference corner on the cut list. Define each veneer direction in the panel specification when required. Do not rotate parts for nesting efficiency where the drawing fixes their grain orientation.
Plan backing, hold-down and a supported exit edge for the selected cutting process. Agree the finished profile, surface condition, slot width and fit on the actual thickness, with quantities and labels for each part.
For laser work, specify a construction compatible with your machine, ventilation and material-safety requirements. Evaluate the cut, glue line, edge condition and joint fit before repeat production. State kerf compensation and whether dimensions describe the drawing or the finished cut part.
Avoid sanding through fine face veneers. Coordinate bonding preparation, coating and reverse treatment with the component’s use. Store and transport sheets with flat support, surface protection and suitable moisture conditions to protect their shape and finish.
Specify the finished thickness and slot or joint clearance together. For inch-based drawings, 1/32 inch converts to 0.79375mm and 1/16 inch to 1.5875mm; these are unit conversions, not a finished-thickness tolerance. Keep the required millimetres, grain orientation, datum edges and fit on the drawing version used for the order.
Use part codes and pack labels to keep blanks and matching sets organised. At delivery, check material identification, quantities, thickness, grain direction, dimensions, cut-edge condition and transport damage before cutting or assembly. Keep the batch identification and requested product documents with the sheets and parts, with flat protective support during storage and handling.
Start with component use, material requirements, dimensions and quantities. Add veneer quality, lay-up, grain, bond and processing so the order describes the actual panel and the parts you expect to receive.
| Field | Options and order requirements |
|---|---|
| Component and service conditions | Identify the aircraft, model, technical or design component, its supports, joints, loads and environment. Keep the drawing revision and intended use with the material order. |
| Material standard and grade | For a specified aircraft component, provide the required material standard, edition, grade and build or maintenance instructions. List the required product and qualification documents with the order. |
| Face, crossband and core species | Name the wood in the face, reverse, crossbands and inner veneers. Specify all-birch or the required mixed-species arrangement; a birch face does not describe the whole panel. |
| Veneer quality | Define surface quality, veneer joints, grain features and permitted defects for faces and inner layers. Include the cut-edge condition and any limits required by the component specification. |
| Veneer thickness and layer count | State individual veneer thicknesses, number of plies and the finished overall thickness. Different lay-ups can have the same total thickness, so retain both in the material description. |
| Lay-up, symmetry and grain direction | Identify the veneer sequence and orientation through the panel, with a balanced face and reverse where specified. Mark the face grain relative to the sheet and component; include angled grain requirements on the drawing. |
| Finished thickness and tolerance | Give exact finished millimetres, tolerance and the measurement requirements used for cutting, slots and joints. Do not use a rounded nominal thickness where the part relies on a defined fit. |
| Sheet size, squareness and flatness | Provide exact length and width, grain direction, trim allowance and dimensional tolerances. Include the flatness and handling support needed for the thin sheet or finished blank. |
| Cut list and datum edges | List dimensions and quantities for each blank or part, with the reference face, datum corner, grain arrow and whether sizes are finished or include later trimming. |
| Profiles, slots and feature positions | Provide hole locations, cut-outs, slot widths, radii and profile tolerances from named reference edges. State the required joint clearance and which dimensions include kerf compensation. |
| Cutting and machining method | Identify sawing, CNC or laser processing, with cut-face quality and material compatibility requirements. Agree backing, hold-down, edge condition and the dimensions of the finished part. |
| Forming and supporting surface | For a curved part, give the forming direction, radius, support and bonding method with the selected thickness and veneer arrangement. Evaluate the forming behaviour for that construction before repeat manufacture. |
| Bond and component assembly | Specify panel bond requirements separately from the adhesive used to attach or assemble the finished component. Follow the component design and applicable manufacturer instructions for joints and installation. |
| Surface, reverse and edge finish | Identify visible and bonded faces, coating, reverse treatment and exposed-edge protection. Define surface preparation without removing more of the fine face veneer than the specification allows. |
| Product checks and documents | Name the required dimensional, bonding, veneer or mechanical checks, with test methods, product identification and document scope. Include emission or fire requirements for the actual interior or other project use. |
| Quantity, packing and destination | List quantities by construction, thickness, sheet or part, with labels and flat protective support. Send the destination, delivery term and target date for a factory quotation including any requested processing and documents. |
Compare the part schedule with sheet dimensions, grain orientation, trim allowance and flat handling support. For a nominal 4×8-ft order, specify the exact millimetres and tolerances you need.
Custom length and width are manufacturing choices for the selected veneer construction. Keep finished thickness, grain, bond and project requirements with the material specification and product documents.
Review plywood sizes and thicknessesState the intended use and required material specification. We identify the panel construction and the agreed product information with the order, so your engineering, purchasing and workshop teams can work from the same material description.
For an aircraft project, identify the standard and edition, grade, species and veneer arrangement in the component drawing. Request documents that identify the manufacturer, document holder and supplied product, report issuer and number, test method and covered construction, thickness and bond. Keep the required results and material identification with the order and delivery labels.
Specify the inner and face veneers, bond requirements and relevant test methods with the selected construction and thickness. Request the mechanical information required by your component design rather than treating face appearance as a performance grade.
Agree finished thickness, flatness, squareness, grain direction, profile tolerances, slot fit and cut-edge condition. Keep reference edges, part numbers and drawing revision with the dimensional checks and delivery labels.
For interior or decorative components, name the emission, fire, coating and material-sourcing information your project needs. Consider the complete panel and its installed use, with protective packing and documents for the destination.
Compare the same species, veneer quality, lay-up, grain, thickness and bond, with cutting and project documents clearly listed. Include labels and flat protective support so your quotation covers the material your workshop will receive.
CUZI PLY is your aircraft and ultra-thin plywood manufacturer and direct supplier in China. Send the quantity mix, destination and target date to plan production, processing and export delivery together.
For a sample, identify the construction, thickness, face or cut edge 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.
Veneers, thin-panel processing and factory purchasing
Aircraft plywood is supplied to a material specification for a defined aircraft component, including wood species, veneer quality, layer construction, grain directions and bond requirements. The same name is also used in the model and thin-panel trade. Identify the intended use and required specification so the material and documents match the part you are buying.
Yes. CUZI PLY is the factory and direct supplier in Linyi, Shandong, China, with 10 production lines across our plywood range. We manufacture the selected veneer construction and dimensions for your order, with sheets or cut-to-size blanks, processing and the agreed product documents.
Provide the component drawing, material standard and edition, grade, species, veneer arrangement, grain directions, bond, dimensions and required qualification documents. For aircraft manufacture or repair, follow the aircraft designer’s or manufacturer’s requirements. The responsible engineering or maintenance organisation determines suitability, installation and any material substitution.
Not automatically. Model making can use a thin panel chosen around its own drawing, joints and finish. An aircraft component must use the specified material and required documents for that aircraft and part. Keep modelling, general design and aircraft requirements separate when you request a quotation.
Use the component’s material specification, required mass, grain, bond and machining needs. All-birch identifies birch veneers throughout; a mixed construction names each face and inner material separately. Keep individual layer thicknesses and directions in the order rather than choosing by the face appearance alone.
Send the exact finished thickness, individual veneer requirements, layer count and tolerance your part needs. We identify the offered construction in the quotation. The selected lay-up, face quality, bond, size and intended use belong in the same specification; a nominal ultra-thin label does not define those details.
The drawing can fix the face grain relative to the component and define orientations through the panel. Mark grain arrows, the reference face and datum corner on the cut list. Rotating parts when nesting can change the specified orientation even if it improves sheet yield.
Yes. Send the required sheet or blank dimensions, quantities, grain directions, presentation face, trim allowance and tolerances. Include part identification and flat packing support. Use the factory formats in Sheet sizes or provide your part schedule; we confirm the offered construction and cutting scope in the quotation.
Yes. Identify the machining process, profile, slot fit, feature positions and finished tolerances. For laser cutting, use a construction compatible with your equipment and its ventilation and material-safety requirements. Evaluate the glue line, edge condition and fit with your process before repeating the cut.
Choose the lay-up and thickness for the forming direction, radius, support and bonding method. Evaluate forming with the actual construction and finish. Keep that specification with the repeat order rather than assuming all thin sheets have the same bending behaviour.
Name the material specification, product identification and the veneer, bond, dimension or mechanical information required for the component. Include destination emission, fire or sourcing documents where relevant. Aircraft project requirements remain with the material and part; custom length and width do not require a new certificate for every millimetre.
Keep the material specification and drawing revision with the face and inner species, veneer thicknesses, layer sequence, grain directions, bond and finished dimensions. Retain the same part codes, datum edges, slot clearances and forming or finish requirements. State the product identification and inspection documents needed with each delivery, and keep those records with the pack labels. For an aircraft component, continue to use the material requirements in its build or maintenance instructions; a similar face or thickness is not a material substitution.
Compare the same material specification, finished thickness, tolerances, grain orientation and quantity of usable blanks. A lower sheet price can leave more trimming, cutting and sorting in your workshop. Ask whether the quote includes profiles, slots, feature checks, requested product documents, labels and flat protective packing. Include delivery and the work still completed by your team, with the price unit and supplied part quantities stated.
Tell us the intended component, standard where required, species and lay-up, thickness, dimensions, quantity and destination. Add grain arrows, cutting, finish, documents and packing requirements. For a sample, name the thickness, face or cut edge you want to evaluate; we confirm availability, any sample and courier costs and dispatch arrangements with you.
Compare birch faces, inner veneers and component requirements.
Explore all-birch panels for visible edges and machining.
Plan thin material, cut quality, joint fit and repeat components.
Choose bending direction and the build-up for curved work.
Compare complete-panel mass, surface and attachment needs.
Explore products manufactured by CUZI PLY.
Send the component, veneer construction, grain, thickness, dimensions and quantities. Our factory team will prepare a quotation with the processing, product documents and delivery requirements your order needs.