One-way export crates
Choose the panel around the case frame, fixing and journey. Compare face quality, core, bond and thickness with cutting yield and total parts cost—not sheet price alone.
Compare Packing PlywoodINDUSTRIAL PACKAGINGEXPORT CRATES · MACHINERY CASES · CUT PANELS
Plywood for Machinery Crates and Export Packaging
Build your packaging programme around the cargo, not a generic sheet. CUZI PLY manufactures plywood, cut panels and machined parts for export crates and reusable machinery cases. We help match the face, core, bond and processing to your frame and transport conditions, then quote the quantity and packing you need.
- One-way export and reusable machinery crates
- Skid, frame, restraints, sheathing and fasteners
- Forklift, lifting, stacking and climate conditions
- Package testing, ISPM 15 and sourcing documents
- Panel supply
- Full sheets, cut blanks and machined component kits
- Thickness
- 3–30 mm, selected for the panel and framing
- Shipment moisture
- Typical 8–12% for the selected construction
- Start your enquiry
- Use, part size, thickness, quantity and destination
Choose plywood for the packaging you build.
Buy industrial packaging plywood directly from our factory as full sheets, plywood box panels or machined packaging components. For export crates and machinery packaging, start with the cargo, frame, fixing and transport route. For pallet decks and cable-drum flanges, use the component inputs below to agree the panel and processing.
Reusable machinery cases
Specify replaceable panels, repeat assembly, holes and labels. Trial the cut edge and frame-to-panel joint with your actual fasteners before ordering repeat batches.
Plan cut panels and repeat supplyOutdoor storage & extended transport
Tell us the wetting, drying, storage and exposure. Compare the selected bond, edge protection and treatment where needed; protective packaging also needs its own barrier and ventilation plan.
Explore treated plywoodTouring & protective equipment cases
For smaller reusable cases, compare weight, extrusion fit, hardware and cushioning around the payload. These choices have a dedicated guide rather than the heavy-machinery crate checklist.
Plan flight-case panelsSpecify the panel within the complete packaging system.
These fields make quotations comparable while keeping the panel coordinated with the skid, frame, handling method and destination.
Panel construction
State face and back grade, core species, ply build, permitted gaps and repair limits for the cut component.
Bond and moisture
Match the bond specification to storage and transport exposure, with a typical 8–12% shipment moisture target for the selected construction.
Thickness and format
Select within the 3–30 mm production range and state sheet size, cut blank, finished dimensions and tolerances.
Cutting and fastening
Provide cut drawings, holes, openings, edge distance, fastener type and the frame support pattern.
Surface protection
Specify natural, painted, coated or treated surfaces together with edge sealing, barrier materials and ventilation.
Export packing
Coordinate panel bundles or pre-cut kits, labels, moisture protection, solid-wood components and container loading.
Define the cargo, handling and environment before finalizing the crate.
Start with your packaging use and the panel parts you need. For a machinery case, add the cargo and handling details below as they become available; our factory helps complete the panel specification while your designer coordinates the complete package.
View twelve cargo and transport details
Cargo mass
Verified gross and component masses
Base and handling load casesCentre of gravity
Location in all axes and possible fluid shift
Restraint and lifting planConcentrated feet
Foot dimensions, spacing and reactions
Local base supportSensitivity
Shock, vibration, corrosion, dust and orientation limits
Protection and test methodRestraint points
Machine- or cargo-manufacturer-specified tie-down locations
Bracket and load-path drawingHandling mode
Forklift, crane, pallet truck or combined handling method
Base interfaces and clearancesVibration / shock
Transport mode, route and fragility input
Distribution-test profileStacking
Permitted load, duration and support alignment
Top frame and compression testStorage
Indoor, covered, outdoor and duration
Moisture and ventilation controlsClimate
Temperature, humidity, condensation and salt exposure
Barrier and conditioning planTransport route / destination
Modes, transfers, terminals and importer rules
Documentation and biosecurity requirementsReuse expectation
One-way shipment or engineered repeat cycle
Inspection and repair planConnect the machine feet to the skid before closing the framed enclosure.
Coordinate the panel, crate, fasteners, testing and shipment responsibilities.
| Party | Supplies | Coordinate with |
|---|---|---|
| CUZI PLY | Panel construction, dimensions, machining, moisture, packing and requested product documents | Coordinate the panel with the crate drawing, frame support and fastening schedule |
| Crate / system designer | Load path, frame, joints, fasteners, restraint, lifting, fork entry and stacking design | Use verified cargo reactions, handling methods and transport conditions |
| Frame / bearer supplier | Timber or steel members, dimensions, condition and treatment documents | Provide the solid-wood biosecurity requirements separately from the processed plywood |
| Fastener supplier | Fastener identity, capacity data, corrosion protection and installation limits | Match the fastener data to the plywood, frame material and joint geometry |
| Test laboratory | Test execution, specimen identity, conditioning, instrumentation and report | Record the complete package, distribution profile and acceptance criteria |
| Exporter / importer | Transport route, declarations, marks, documents and destination confirmation | Confirm customs and biosecurity requirements before production and shipment |
Choose the crate or skid system for the cargo and transport conditions.
One-way export crate
A shipment-specific base, frame and plywood sheath for a defined cargo and transport route.
- Include in your design
- Cargo details, transport route, handling, destination and disposal or unpacking plan.
Reusable machinery crate
A system intended for more than one controlled movement with inspection and repair records.
- Include in your design
- Repeat cycle, replaceable panels, fastening arrangement and acceptance after each use.
Sheathed industrial case
A framed enclosure where plywood closes and braces the system as designed.
- Include in your design
- Frame spacing, seams, openings, moisture and fastening pattern.
Base / skid with protective panel system
The skid carries the mass while removable panels protect against impact, dust or access.
- Include in your design
- Base reactions, panel attachment, access and handling interfaces.
Project-engineered large equipment case
A bespoke system for concentrated loads, mixed transport and project-specific engineering.
- Include in your design
- Engineering contact, cargo reactions, lifting plan, transport envelope and required project documents.
Specify crate panels, pallet decks and cable-drum flanges.
Match each plywood part to its supports, joints, handling and cargo. Our factory supplies the panel and agreed processing to your component drawing.
| Component | Drawing and use inputs | Panel selection |
|---|---|---|
| Plywood box and crate panels | Wall, lid and base dimensions; frame spacing; seams; fixing pattern; openings; cargo contact and one-way or repeated use. | Specify face quality, core, bond, thickness and edge protection for each part. Base panels need their own support and cargo-reaction details, not the wall-panel specification copied across. |
| Plywood pallet decks | Finished deck dimensions; block or stringer layout; payload contact points; fork entry; floor, rack or conveyor support; stacking and moisture exposure. | Agree panel construction, grain orientation, thickness and fixing with the pallet designer. The complete pallet and its intended support and payload determine the load rating; density or deck thickness alone does not. |
| Plywood cable-drum flanges | Flange outside diameter; finished thickness; centre bore; bolt circle; drive or cable-tail holes; barrel connection; cable mass; winding, lifting and rolling conditions. | Order the plywood flange or machined disc to the drum drawing, with bore and hole tolerances and edge finish. The drum designer specifies the barrel, ties and complete reel capacity; a flange is not a finished cable drum. |
| Reusable case panels and dividers | Part numbers; replacement frequency; hardware and frame fit; access openings; cushioning clearances; assembly direction and packing sequence. | Keep drawing revisions, panel construction and part labels consistent across repeat batches. Check the cut edge, hole positions and actual hardware fit before making interchangeable replacement parts. |
For a pallet testing requirement, name the intended payload and support arrangement with the pallet designer and laboratory. ISO 8611-1:2025 addresses test methods for new flat pallets. A plywood deck specification or a filled-crate compression report does not establish the performance of a complete pallet.
Prepare a part list for cut-to-size plywood, use a dimensioned drawing for CNC profiles and hole patterns, and match moisture and water protection to the storage and transport conditions.
Connect the base, frame, panels, fasteners and handling points.
| Interface | Role | Confirm |
|---|---|---|
| Base | Receives cargo reactions and distributes them into bearers | Foot positions, brackets, bolts and local reinforcement |
| Bearer | Carries base loads across handling and floor contacts | Section, spacing, grain, joints and biosecurity |
| Frame | Maintains geometry and transfers panel, stacking and restraint actions | Member layout, connections and openings |
| Panel | Sheaths, closes and may brace only as the design states | Construction, thickness, seams, edge distance and moisture protection |
| Fastener | Transfers defined panel-to-frame actions | Type, diameter, length, spacing, pilot and corrosion |
| Restraint | Prevents cargo movement relative to the base | Engineered attachment, direction and pre-load |
| Opening / door | Provides controlled access without breaking the frame path | Header, jamb, closure, reinspection and sealing |
| Lift / fork interface | Connects equipment handling to the base structure | Fork tunnels, sling or lift points, clearances and markings |
| Stacking support | Transfers vertical stack action through aligned structural members | Top and bottom bearing lines, load and duration |
Fasten plywood sheathing to the frame and secure the cargo to the skid.
Carry the package from cargo data through production and shipment preparation.
View the ten assembly and shipment steps
Cargo data
Confirm mass, centre of gravity, feet, sensitivity, restraints and handling limits.
System drawing
Record the base, frame, interfaces, fastening pattern, openings and component manufacturers and design contacts.
Panel specification
State Packing Plywood construction, cut blanks, holes, edges, moisture and packing.
Panel and joint trial
Check representative panel parts and a frame-to-panel joint before repeat production.
Assembly
Build on a level base and record restraints, fasteners, openings and protective materials.
Filled-unit inspection
Check cargo attachment, clearances, centre-of-gravity handling and closure.
Package testing
Condition and test the identified package under the selected distribution profile when required.
Final packing
Close barriers, protect openings and retain access to the specified inspection points.
Marking
Apply agreed handling, orientation, traceability and destination information.
Shipment preparation
Confirm documents, transport route, biosecurity and the photographed final package condition.
Select package testing and destination documents for the shipment.
Request panel documents for the quoted construction and order. If your contract calls for complete-package testing, specify the cargo, crate and transport conditions with your packaging designer and laboratory. Use the guidance below to identify the testing and destination documents your shipment needs.
ASTM D4169-23e1
For a machinery shipment, agree the complete shipping unit, transport hazards, distribution cycle and assurance level with the laboratory. A panel specification or an empty crate is not the same test specimen as your packed cargo.
Purpose, standard status and test inputs
Laboratory evaluation of shipping containers and systems against a selected distribution cycle.
- Standard status / scope
- Active
- Specify with
- Select the schedule and assurance level for the package weight, distribution environment and handling plan.
ISTA Test Procedures
Select the procedure for your packaged product and distribution objective. Screening tests and transport simulations serve different purposes; name the procedure, package configuration and required result with the laboratory.
Purpose, standard status and test inputs
Selection of a test series for the packaged-product combination and distribution objective.
- Standard status / scope
- Current procedure-selection portal
- Specify with
- Coordinate the procedure, packaged-product specimen, conditioning and acceptance criteria with the laboratory.
ISO 12048:1994
When stacking is required, identify the complete filled package, conditioning, compression or stacking test, load, duration and acceptance criteria. A compression result does not define every handling or transport load case.
Purpose, standard status and test inputs
Compression and stacking tests using a compression tester on complete filled transport packages.
- Standard status / scope
- Current; confirmed 2022
- Specify with
- State the filled package, conditioning, load, duration and acceptance criteria in the test programme.
ISPM 15
Processed plywood packaging is excluded from ISPM 15's raw-wood scope. List any solid-wood battens, bearers, pallets and dunnage separately for the destination's treatment and marking requirements; plywood does not exempt those components.
Purpose, standard status and test inputs
Treatment and marking controls for regulated wood packaging material such as solid-wood pallets, dunnage and bearers.
- Standard status / scope
- Current phytosanitary standard
- Specify with
- List processed plywood and every solid-wood component separately so the importer can confirm the destination requirement.
Chain-of-custody documents
If your purchase requires FSC or PEFC sourcing, specify the claim, eligible components and sales documents for the order. Chain-of-custody documents concern sourcing, not the assembled crate's load capacity.
Purpose, standard status and test inputs
Sourcing claims for eligible panel and timber components through a certified chain of custody.
- For your order
- Available on request
- Specify with
- State the requested claim, eligible components and transaction documents together with the packaging specification.
Regulation (EU) 2023/1115 / EUDR
For EU-bound orders, confirm the actual product classification, transaction role, origin information and applicable shipment date with your importer. Plywood bought as a product and packaging accompanying other goods may need different scope checks; do not treat every crate as one category.
Purpose, standard status and test inputs
Supply-chain due-diligence planning for in-scope wood and derived products placed on or exported from the EU market.
- Standard status / scope
- Application dates and product scope require confirmation for the destination and shipment date
- Specify with
- Confirm the transaction role, product code, origin records and applicable dates for the actual shipment.
Fork direction and base tunnels are part of the system drawing.
List processed plywood and solid-wood components for the destination requirement.
Wood packaging made wholly from processed plywood is exempt from ISPM 15. A plywood-faced crate, pallet deck or cable-drum flange can still be combined with regulated solid-wood battens, bearers, barrels or dunnage. List every material in the complete package so the treatment, marks and destination documents cover the components that need them. For US shipments, APHIS wood-packaging guidance lists plywood among the alternatives outside its regulated wood-packaging scope.
| Material | Application | Confirmation |
|---|---|---|
| Processed plywood | Generally distinguished from regulated solid wood in ISPM 15 scope | Confirm the destination classification, panel condition and supporting documents |
| Solid-wood battens | Can trigger treatment and mark controls | Record species or material, treatment provider and visible marks |
| Bearers | Structural solid-wood base members use their own treatment and marking requirements | Record bearer material and documents separately from the plywood |
| Pallets | The pallet is a separate packaging component | Confirm its compliance status, exemption or buyer-supplied source |
| Dunnage | Loose solid wood can trigger destination controls | Control material, treatment, marking and disposal instructions |
| FSC / PEFC | Optional chain-of-custody claim by contract | Verify eligible suppliers, claim wording and document flow |
| EUDR | EU wood-product due diligence can be transaction- and role-specific | Confirm operator role, product code, origin records and applicable dates |
Prevent handling, fastening, moisture and stacking problems before shipment.
Check twelve common packaging risks
Frame separation
Connection or member path cannot transfer handling actions
Review joints and complete-frame load pathPanel splitting
Fastener, edge distance or unsupported seam damages the sheath
Match panel construction and joint geometryPull-through
Fastener head and panel interface are inadequate
Specify head, washer, spacing and substrateUnsupported span
Panel is treated as a beam without designed framing
Add frame support or obtain a engineered designLocal crushing
Cargo feet or bearers concentrate load
Provide reactions and local reinforcementRestraint failure
Cargo attachment does not match direction or mass
Use specified cargo restraint points and inspect pre-loadFork damage
Fork tunnel, direction or clearance is wrong
Draw and inspect fork interfaces before movementLift-point error
Lifting acts through an part not specified for lifting
Use engineered base/frame points and an engineered lift planStack instability
Bearing lines, load or centre of gravity are not aligned
Declare stack conditions and support pathsMoisture entry
Openings, seams or climate protection are uncontrolled
Define barrier, ventilation, drainage and inspectionLabel / orientation error
Handling information conflicts with the actual package
Apply agreed handling marks after final inspectionIncomplete test scope
A component or empty crate is mistaken for the filled package
Identify the exact specimen, conditioning, profile and acceptanceCheck crate dimensions, panel fixing and base condition before dispatch.
Start with the plywood parts your case needs.
Tell us the crate use, part size, thickness, quantity and destination. Add drawings, the frame and fixing arrangement, handling and exposure where known. We help complete the panel specification and agree machining, labels and packing; your packaging designer confirms the complete crate and its load restraints.
If the core, bond or grade is undecided, tell us the use and ask for advice. We can propose constructions for your supports, fixings and exposure rather than delay the enquiry until every technical field is known.
- Availability
- Available to order — made to order. We manufacture the plywood to your agreed specification and order quantity.
- Order quantity & mix
- Tell us the sheet size, thickness mix and quantity you need. We confirm the minimum order and available mix for your selected construction.
- Production lead time
- 7–15 days. Production is based on your confirmed order. Ocean transit time is separate.
- Price & quotation unit
- Currency and price unit stated in your quotation. Your quote is based on the agreed dimensions, construction and quantity. Processing and requested testing are stated separately where applicable.
- Samples
- Tell us the plywood, thickness, finish and delivery country. We confirm sample availability, any sample and courier costs, and dispatch arrangements before proceeding.
- Packing & shipping
- Sea freight in containers. Export packing, labels and the container loading plan are prepared for your order. Freight is quoted separately for each order, based on the destination, container requirements and shipping arrangements. The agreed charges are stated in your quotation and order confirmation.
- Delivery terms
- FOB Qingdao / Lianyungang, China. Tell us your destination port so we can coordinate the shipment.
- Payment & order confirmation
- We agree the payment method, currency and any deposit and balance schedule in the quotation or proforma invoice. Your order confirmation sets out the product, quantity, packing and delivery arrangements.
- Warranty & returns
- 180-day product warranty. Returns are agreed for each order. Return eligibility, the request period, return transport costs and any refund or replacement arrangements are set out in your quotation or sales contract. Contact our factory team with your order reference for after-sales support.
Ask for a comparable quote by sheet, finished part or kit, with currency, quantities and drawing revision stated. Include machining, tolerances, labels, required reports, export packing and the shipping term with a named port or delivery point. For repeat orders, keep the agreed construction, part codes and bundle sequence consistent.
For a cut-part or joint trial, describe the face, core, bond, finished thickness, holes and actual frame and fasteners. We confirm preparation, any sample and courier costs and dispatch arrangements. Production timing is separate from shipping transit.
View the detailed cargo and purchasing checklist
- Cargo mass
- Centre of gravity
- Concentrated feet
- Sensitivity
- Restraint points
- System drawing
- Panel construction
- Panel dimensions / cut files
- Base / frame
- Fasteners
- Handling mode
- Fork entry
- Lift points
- Stacking
- Storage / climate
- Transport route / destination
- Reuse expectation
- Complete-package test scope
- Biosecurity
- Quantity
- Target date
- Component list and quantity for each part or kit
- Drawing revision, part codes and bundle labels
- Grain orientation, machining tolerances and edge finish
- Quote currency, price unit, shipping term and named delivery point
Product/application: Packing Plywood · Destination: confirm with inquiry · Shipping basis: Recommended from cargo transport route and destination.
Compare Packing Plywood specifications, plan packing and container loading, or read the factory buying guide.
Answers for crate design, handling, testing, biosecurity and quotation.
DECISION QUESTIONS
Before the purchase order
Choose the right specification.
Should I order full sheets or cut crate panels?
Full sheets suit flexible cutting at your workshop. Cut panels can simplify assembly when the finished dimensions, hole positions and part quantities are agreed. Send the crate drawing or list the parts you need, including labels and packing sequence, so we can compare material yield, processing and freight for your order.
Does thicker plywood alone make a machinery crate safe?
No. Cargo weight, support points, skid and frame construction, fasteners, restraints, lifting and stacking all affect the complete package. We supply the specified plywood and agreed processing; your packaging designer determines the assembled crate design and any filled-package tests required for the transport conditions.
What do you need to quote plywood for a packaging programme?
Tell us the crate use, panel or part dimensions, thickness, quantity, frame and fixing arrangement, expected moisture exposure and destination. Include whether it is one-way or reusable packaging. We then confirm the panel options, machining, minimum quantities, packing and production timing, with the required documents listed in the quotation.
How is the load capacity of an export crate established?
The crate designer combines cargo mass and reactions with the skid, bearers, frame, joints, fasteners, restraints, lifting points, fork entries and stacking conditions. The plywood quotation supplies the stated panel construction, thickness, dimensions, machining and moisture for that complete design.
What cargo data is needed before crate design?
Provide verified gross and component masses, centre of gravity in all axes, foot dimensions and reactions, sensitivity to shock and vibration, specified cargo restraint points, handling methods, transport lane, stacking, climate, storage duration and expected reuse.
Who coordinates the industrial crate design?
Your packaging-system designer coordinates the base, frame, restraints, lifting and stacking for the complete crate. Our CUZI PLY factory manufactures the specified plywood and cut parts and confirms the panel construction, dimensions, processing and documents. Frame and fastener manufacturers, the laboratory and your logistics team contribute their corresponding details.
How does plywood work with the skid and bearers?
The skid and bearers distribute cargo reactions into handling and floor contacts. Plywood closes and may brace the framed enclosure according to the drawing, with stated support spacing, seams, thickness, edge distance and fastening pattern.
When does ISPM 15 apply to industrial packaging?
ISPM 15 commonly covers regulated solid-wood components such as bearers, pallets, battens and dunnage. List those components separately from processed plywood so the importer can confirm treatment, marking and destination requirements.
How should ASTM or ISTA package testing be specified?
Identify the complete packaged-product specimen, gross mass, conditioning, distribution cycle or procedure, orientation, instrumentation and acceptance criteria. Repeat orders can reference that tested configuration together with agreed change controls.
What does ISO 12048 address?
ISO 12048 provides compression and stacking test methods using a compression tester for complete filled transport packages. The programme states the package condition, applied load, duration, deformation limits and acceptance criteria.
How are forklift interfaces specified?
Record fork direction, tine spacing and size, tunnel width and height, insertion depth, supporting bearer path, ground clearance, package orientation and the handling procedure on the system drawing.
Which packaging types are covered on this page?
The page covers plywood for export crates, machinery cases, box panels, pallet decks, cable-drum flanges and reusable packaging parts. We manufacture plywood and agreed cut or machined components. The complete crate, pallet or reel design combines those parts with its cargo, base, frame, joints and handling conditions. Small reusable protective cases with specialist hardware and cushioning have a dedicated application page.
What should be attached to an industrial packaging RFQ?
Start with the crate use, panel or part dimensions, thickness, quantity and destination. Describe whether the case is one-way or reusable, and add the cargo, frame, fixing, handling and exposure details you already know. Share drawings by email or WhatsApp after contacting us; there is no upload requirement to enquire. For a panel or cut-part sample, state the proposed construction and delivery country. We confirm any sample and courier costs and dispatch arrangements before proceeding.
How do I choose plywood for pallet decks?
Send the deck size, payload and its contact points, block or stringer spacing, fixing pattern, moisture exposure and whether the pallet sits on a floor, rack or conveyor. We manufacture the specified panel and agreed cut parts. Your pallet designer determines the complete pallet rating and any testing for that payload and support arrangement. A crate compression test or plywood density is not a pallet load rating.
What is needed to quote plywood for cable drums?
For flange panels or machined discs, give the outside diameter, thickness, centre bore, bolt circle, other holes, edge finish and quantity for each part. Add the barrel connection, cable mass and winding, lifting or rolling conditions so the panel specification fits the drum design. We quote the plywood and agreed machining; the drum designer sets the complete reel construction and capacity.
Can I enquire before choosing the plywood core or grade?
Yes. Start with the component, finished dimensions, thickness, quantity and destination. Describe the supports, fixings, cargo contact and expected wetting or storage. Our factory can propose panel constructions and explain the price differences. Add any required grade, sourcing claim or product report from your purchase specification, or ask us for advice if you have not selected one.
How can I compare quotations for packaging panels and parts?
Use the same face and core construction, bond, thickness, finished dimensions, tolerances and part quantities. Ask for currency and price per sheet, part or kit, with machining, labels, requested reports, packing and freight itemised where applicable. State the shipping term and named port or delivery point. Keep drawing revisions and part codes on repeat orders, and distinguish factory production time from transport time.
Talk directly to our factory
Let’s plan your plywood order.
Tell us what you’re making, the quantity and destination. Our team will help you choose a panel and prepare a quote.