Make room for the features your customers want without letting the interior become unnecessarily heavy. CUZI PLY manufactures lightweight plywood in Linyi, China, for campervan and caravan interiors, cabinets and furniture. Choose poplar or falcata veneers, a decorative face or an ultralight sandwich construction around your component and weight target. Work directly with our factory on the finish, machining, fixing details and export order—so the panel you buy fits the way you build.
Choose a natural wood face or laminate for the interior you are building. Include the reverse finish, edge treatment and hardware in the component specification, then compare the complete panel’s mass at the required thickness.
A low-mass interior panel still needs the right face, edge and joint. Start with what you are making, then choose wood veneers or a sandwich core with the finished surface and attachment method included.
Start with a cross-laminated poplar construction for cabinet bodies, interior panels and parts you will paint or laminate. Select the face quality, veneer lay-up and finished thickness around the component, then compare the offered panel mass and fixing performance.
For your enquiry: Poplar face and inner veneers, grade, lay-up, thickness, finished kg/m², finish and joint details.
Choose falcata veneers when reducing panel mass is a priority. Specify whether the face is falcata or a separate decorative veneer, and coordinate the core with edge machining, hardware and loaded areas rather than choosing on weight alone.
For your enquiry: Falcata core and face arrangement, veneer quality, thickness, mass target, machining and fastener locations.
Combine a birch wood appearance with a specified lower-density core. A birch face does not mean an all-birch panel: identify the inner veneers and compare the complete finished construction, including any coating or laminate.
For your enquiry: Birch face grade and matching, poplar or other agreed core, reverse face, finish, thickness and finished panel mass.
For larger parts where weight is especially important, specify plywood skins with a lightweight internal core. Define the core material and skin thicknesses, then design edges, inserts and hardware attachment for that sandwich construction. List any reinforcement and additional materials in the order.
For your enquiry: Core material, each skin, overall thickness, finish, reinforced edges, inserts, joint detail and component requirements.
Specify kg/m² for the finished panel and kg per sheet or component. Keep thickness, veneer and core, decorative layers and moisture condition with the figure. Include edges, reinforcement and hardware when working out the complete assembly weight.
For a full sheet, mass in kg = length in metres × width in metres × finished thickness in metres × complete-panel bulk density in kg/m³. For a 1.22m × 2.44m sheet, use the factors below with the offered construction’s density; the factors are geometry, not measured product weights.
kg/m² = 0.012 × complete-panel density.
kg per 1.22m × 2.44m sheet = 0.0357216 × complete-panel density.
kg/m² = 0.015 × complete-panel density.
kg per 1.22m × 2.44m sheet = 0.044652 × complete-panel density.
kg/m² = 0.018 × complete-panel density.
kg per 1.22m × 2.44m sheet = 0.0535824 × complete-panel density.
For laminated sheets, use the complete faced panel’s bulk density or measured mass—not the bare core’s density. A sandwich panel also needs the skins and internal core considered together. Give your target, tolerance and component cut list; compare calculated values and measured finished-panel figures on the same basis.
Choose the construction that meets the component’s job with the least unnecessary mass. A lighter core, a different skin or a thinner board changes more than the weight: compare the loaded part, surface and fastening arrangement together.
Keep the face you want while comparing the inner construction. An all-birch panel and birch-faced poplar or falcata plywood can look similar but differ in mass, rigidity and fastener behaviour. Compare finished parts at the required thickness, span and loading, not just the veneer name.
Compare birch plywood constructionsCross-laminated wood veneers provide a different edge and fixing arrangement from a low-density sandwich core. Compare component mass after adding skins, laminate, reinforced edges and hardware. The lighter bare panel is not necessarily the lightest complete usable component.
Compare plywood skins and sandwich coresFor a lightweight plywood alternative, compare the finished part’s mass, surface, span, joints, moisture exposure and processing. MDF, other wood panels and foam or honeycomb sandwich boards use different machining and attachment details; select the material that fits the complete design.
Compare plywood and MDF for the componentPlan each part around its actual use. Lining panels, shelves, cabinet doors and hull components need different thicknesses, joints and exposure specifications; one lightweight board does not make them interchangeable.
Plan cabinetry, lining panels and storage around the vehicle’s overall weight budget. Include doors, fittings, appliances and fixings when comparing the finished interior. Match each board to its component, supports, vibration, condensation and cleaning conditions.
For your enquiry: Vehicle interior part list, weight budget, supports, hardware, finish, moisture conditions and destination requirements.
Reduce unnecessary mass in cabinet bodies, doors and furniture panels while keeping the appearance your customers expect. Door size, shelf span, hinge screws, routed joints and edge treatment decide which construction and thickness suit the part.
For your enquiry: Part sizes, loads and spans, hinges and joints, face finish, cut list, edge treatment and production quantities.
Make larger panels and movable fittings easier to plan within a component weight target. Include the frame, joints, surface protection and repeated handling. For permanent building work, bring the relevant project requirements into the panel specification.
For your enquiry: Finished assembly size, handling, frame and joints, visible finish, impact conditions and project documents.
Begin with the boat design and the conditions each part will face. An interior cupboard, a canoe hull and a structural marine component need different plywood specifications. Select veneers, bond, thickness, edge protection and applicable marine requirements with the designer’s drawings.
For your enquiry: Interior or hull use, boat drawing, wet exposure, veneers, bond, thickness, supports, finish and required marine information.
Give us the surface schedule and machining drawing with the mass target. Edges, laminate balance, hinge locations and inserts belong in the same factory order as the plywood—not as surprises when your workshop starts assembling it.
Identify hinge cups, screw engagement, edge joints, inserts and loaded attachment points before choosing the core. A sandwich panel may need local reinforcement or a filled edge. Evaluate the intended joint and hardware with the offered construction before a production run.
Specify laminate or coating on the face and the balancing treatment on the reverse, with adhesive, grain direction and edge finish. Keep the finished thickness and mass in the same specification; a bare-board weight does not include decorative layers or hardware.
Name humidity, condensation, repeated wetting, cleaning and any exterior exposure. Choose the bond, veneers and protection together. For load-bearing parts, use the required mechanical values and design conditions; low mass does not establish a structural or marine grade.
Identify each part’s finished dimensions, core, face and reverse finish, grain direction and target or maximum mass. Mark hinge cups, bores, inserts, reinforced areas and edge closure on the drawing, with part codes and revision. Agree which machining, edging, reinforcement and hardware are included, then align labels and packing with the assembly sequence. Check finished surfaces, dimensions, cut edges and the agreed mass basis on receipt.
Start with use, sizes and quantities. Add the mass target, core, finish, joints and processing so the quotation covers the finished board or part, with the product information your team needs for selection.
| Field | Options and order requirements |
|---|---|
| Component and weight budget | Name the vehicle, furniture or interior component, with its finished dimensions, loading, support span and target mass. Separate the panel allowance from hardware and the rest of the assembly. |
| Veneer species and lay-up | Specify poplar, falcata or the agreed inner veneers, with face and reverse species, veneer quality, layer arrangement and grain direction. Do not identify the core solely by the visible face. |
| Sandwich core and skins | For an ultralight construction, identify the internal core material, each plywood skin and its thickness, bonding, reinforced areas and edge closure. Keep these dimensions with the finished panel specification. |
| Overall finished thickness | State 12mm, 15mm, 18mm or the thickness required by the drawing, with tolerance and decorative layers included. A 3/4-inch requirement converts to 19.05mm; agree the required finished thickness rather than silently replacing it with 18mm. |
| Panel mass and comparison basis | Specify maximum or target kg/m² and kg per stated sheet or component, with finished surfaces and moisture condition. Identify whether values are measured, calculated from complete-panel bulk density or a manufacturing target. |
| Face and reverse finish | Choose natural veneer, clear finish, laminate, colour, texture, sheen and matching. Identify each overlay and adhesive, the balancing reverse treatment and requirements for cleaning and visible surface quality. |
| Dimensions and nesting | Provide sheet or finished component dimensions, squareness, flatness, tolerances, grain direction, quantities and cut-list reference edges. Specify exact millimetres for nominal 4×8-ft orders. |
| Core continuity and cut edges | Agree permitted gaps and repairs, edge appearance, clean routing and the substrate under joints. Identify exposed veneer edges or the reinforcement and closure needed for a sandwich core. |
| Hinges, fasteners and joints | Provide screw, hinge, insert and connector requirements, engagement, positions, edge distances and loaded points. Include any local reinforcement, filled edges and hardware machining in the drawing. |
| Load and stiffness requirements | State the component loading, span, supports, grain orientation and deflection requirement. Request applicable stiffness, bending, fastener or joint information for the offered construction and intended use. |
| Moisture and service conditions | Describe indoor humidity, condensation, wetting, drying, cleaning and any outdoor exposure. Specify veneers, bond, coating and edge protection for those conditions and any exterior or marine requirements. |
| Machining and edge finish | List grooves, cut-outs, bores, rebates and routed profiles, with depth and tolerances. Identify edge banding, coating, laminate trimming and whether parts arrive ready for assembly or require further processing. |
| Emissions, fire and market requirements | Name the destination, intended vehicle or building use and the required product documents. Identify plywood, surface, adhesive and core scope; keep vehicle or final-assembly requirements with the project. |
| Mass check and first component | Agree the finished panel mass basis and tolerance, the dimensional checks and a component or joint evaluation where required. Include the chosen finish, edge treatment and hardware so the check represents the part you will build. |
| Quantity, protection and delivery | List quantities by core, thickness, finish and part, with labelling and pack sequence. Provide destination, target date, face and edge protection, shipment mix and the delivery terms needed for the quotation. |
Compare the sheet layout with component sizes, veneer direction, trim allowances and machining. For nominal 4×8-ft or 3/4-inch orders, put exact millimetre dimensions and finished-thickness tolerances in the specification.
Custom length and width are made with the selected product construction. Specify core, skins, finish and service requirements with applicable product documents; dimensions alone do not determine performance.
Review sheet sizes and thicknessesSend the component design and destination requirements. We identify the offered core, surfaces, mass basis and processing in the quotation, with applicable product information for your furniture, vehicle interior or project use.
Compare the offered panel’s measured or calculated kg/m² and sheet mass at the specified thickness, finish and moisture condition. Include skins, laminate, adhesives and any reinforced zones so the comparison fits your component weight budget.
Request the relevant stiffness, bending, screw or joint information for the construction and loading you need. Give shelf spans, doors, hinge locations and hardware details, including inserts or reinforced edges for sandwich panels.
Name the vehicle, furniture or building use and destination. Select the applicable emission, fire and sourcing information for the plywood, core and decorative surfaces, with final-assembly requirements included in your project specification.
Describe condensation, cleaning, repeated wetting and any exterior or marine use. Specify bond, veneers, exposed-edge protection and surface care together, with relevant product information for the conditions your part will face.
Compare the same core, thickness, finished surfaces, mass basis and processing scope. Include cut parts, edges, inserts, labels and protection so the price represents the product your workshop will receive.
CUZI PLY is your lightweight plywood manufacturer and direct supplier in China. For export orders, send your delivery location and quantity mix to compare production timing, freight and import responsibilities—not just a bare-sheet price.
For a sample, identify the finish, cut edge or joint you want to evaluate. We agree the pieces, any sample and courier costs and dispatch arrangements before sending them.
Your quotation states currency, price unit, quantities, core, finished-panel scope, machining, payment, packing, delivery terms and validity. Production time is separate from shipping transit; freight, insurance, duties and taxes are included only when listed.
Panel weight, interior components and factory purchasing
The complete construction matters: veneer species, density, layer thicknesses, internal core and decorative surfaces all contribute to mass. Poplar and falcata veneer constructions and plywood-skinned sandwich panels are different options. Compare the finished panel at a stated thickness and format, with the strength and fixing details needed by the part.
Distinguish all-birch plywood from birch-faced plywood with a lower-density core. A birch wood face can be combined with poplar or another agreed core for a lightweight interior panel. Compare the actual finished mass, rigidity and joint performance rather than assuming that every birch-faced sheet has the same construction.
Yes. CUZI PLY manufactures lightweight plywood, including specified falcata veneer and ultralight sandwich constructions. Choose face and core, overall thickness, finish, edges and attachment details around the component. The quotation identifies the selected construction and the mass basis for your order.
Start with the part: a lining, cabinet side, shelf or door has different spans, fixings and loading. Compare the required finished thickness, panel mass, face finish and relevant mechanical information. Decorative layers count toward thickness and weight; reducing thickness alone is not a substitute for checking the component design.
There is no single weight for every 15mm construction. For a 1.22m by 2.44m sheet, the geometric volume is 0.044652m³: multiply this by the offered complete panel’s bulk density in kg/m³ to calculate kg per sheet. See Panel weight for all three thickness factors. Request measured finished mass where weight is important, with the laminate or coating and moisture condition included.
No: 3/4 inch converts to 19.05mm. A nominal market label and an exact finished-thickness requirement are different. Send the drawing, tolerances, decorative layers and hardware details; agree the actual supplied thickness in the quotation rather than using 18mm as an automatic replacement.
Yes. State the exact millimetre dimensions and tolerances needed for your order, as 4×8 ft is a nominal purchasing description. Choose a regular factory format from Sheet sizes or send a component cut list, with face grain direction, trim allowance and the quantity mix.
Yes. Specify the laminate design, surface performance and thickness, with its adhesive, balancing reverse and finished edges. Compare mass and overall thickness after those layers are included. We manufacture the specified lightweight laminated plywood sheets or processed components for your furniture or interior order.
Compare the cabinetry and lining parts separately. Include vehicle weight allowance, shelf and door sizes, hardware attachment, vibration, humidity and cleaning. Poplar, falcata, decorative-faced or sandwich panels offer different choices; coordinate the finished mass, supports and fixing arrangement with the conversion design.
Yes, with a construction and thickness selected for the component. Door proportions, hinge screws, shelf span, loading and edge machining shape the specification. For a sandwich core, identify any reinforced fixing zones or closed edges. Check the intended joint or component with the selected panel before ordering production quantities.
These describe different requirements. Low mass does not establish an exterior bond, durable veneers, marine grade or load-bearing classification. Tell us the exposure, boat or building use, loading and required documents so the specified lightweight construction also addresses the service conditions.
Use the boat designer’s specification for the hull and joints, including veneers, bond, thickness, bending, supports, finish and wet exposure. Lightweight interior furniture plywood is not an automatic substitute for a hull panel. Compare the required marine construction and performance before selecting material for the canoe.
First compare the complete finished part. Lower-density veneer plywood, plywood-skinned sandwich panels and other engineered boards use different skins, cores, edge closures and attachment methods. Include decorative surfaces, reinforcement and hardware in the mass comparison, then match moisture and loading requirements.
Yes. We manufacture in Linyi, China, and quote export orders for Australian buyers, including projects in Sydney, Melbourne, Brisbane and Adelaide. Send the delivery location, quantity, construction, documents and target date so we can set out shipping and import responsibilities. Our factory supplies export orders from China. If you need a few sheets immediately, compare local stock availability with the production and shipping time of a factory order.
Ask for the offered face and core construction, finished thickness, mass basis and tolerance, moisture conditions, surface specification and relevant mechanical or joint information. Add destination emission, fire, sourcing and marine requirements where applicable. Custom length and width are specified with the product construction, not treated as a separate certificate for every millimetre.
Keep the core, lay-up, finished thickness, face and reverse finish, edge treatment and part drawing with the order reference. State whether the mass requirement is a target or a maximum, with its tolerance, units and moisture condition. Agree how finished panels or parts will be weighed and which layers are included. A changed laminate, insert or reinforcement can change finished mass, so include it when comparing the repeat order.
Compare the same usable part list, finished construction and mass requirement. State whether the price is per sheet, square metre or finished component. Include cutting yield, machining, edge finish, inserts, reinforcement, protective packing and delivery terms; identify hardware supplied separately. Compare the delivered usable parts and the work still required in your workshop alongside their specified finished mass.
Yes. CUZI PLY is the factory and direct supplier in Linyi, Shandong, China, with 10 production lines across our plywood range. Send the use, component list, weight target, thickness, core, finish, joints, quantities and destination. For a sample, identify the surface, cut edge or fixing you want to inspect. We agree the pieces, any sample and courier costs and dispatch arrangements before sending them.
Specify poplar veneers, face quality and inner construction.
Compare all-birch and birch-faced panel choices.
Choose laminate, substrate, balancing reverse and edges.
Compare veneers and bond requirements for marine or interior work.
Specify boat use, core quality, bond and marine requirements.
Explore products manufactured by CUZI PLY.
Send the component list, weight target, core, finish, joints and quantities. Our factory team will help prepare a clear lightweight plywood quotation for your furniture or vehicle interior order.