PLYWOOD & MDF · CHINA
OUR FACTORY · PRODUCT DETAILS
Your part list. MDF ready for the next workshop operation.
Start with the MDF parts your workshop needs: rough blanks, cut-to-size substrates or machined components. We manufacture MDF in our own factory in Jiangsu, China and bring your cutting list, drawing revisions and packing groups into a coordinated production order.
Available to order · 7–10 day production cycle. Choose the delivered stage and included processing in your quotation.
CUT SIZES, MACHINED FEATURES & A DEFINED DELIVERY
Receive custom-size raw MDF ready for the next stage of your furniture, joinery or interior project. Start with the part your workshop needs, then connect the substrate, delivered size and requested operations in one cutting list. Our team helps turn that schedule into a clear production quotation.
We manufacture MDF substrates in our own factory in Xuzhou, China. Bring a repeating furniture component or a mixed project schedule, with drawings for features beyond straight cutting. We help develop the board, first-part set, processing and packing around the pieces your workshop wants to receive.
| Supply stage | What the size describes | What to include in the enquiry |
|---|---|---|
| Oversize raw blank | Material supplied with an agreed allowance for later sizing or profiling | Allowance on each edge, holding requirements and the final shape |
| Cut-to-size substrate | The raw component at its agreed cut or machined perimeter | Outside limits, squareness, surface condition and downstream edge treatment |
| Specified machined part | A component with the specified holes, grooves, rebates or profiles | Feature drawing, datum, machining side, depth, revision and acceptance checks |
Build the quotation around the work you want included: straight cutting, holes, grooves, profiles, edge preparation and packing. Keep the raw supply stage clear and describe any paint, veneer or melamine required through the appropriate finishing route, so the delivered part matches your next operation.
Save time at receiving with parts identified by code, counted to your schedule and grouped for the next production station. Compare custom components with full-sheet supply around your complete workshop workflow, including cutting, sorting, processing and delivery.
Explore our Plain MDF page to develop the substrate, painting and routing detail. Use this custom-size route to bring that board into a part-coded drawing, cutting schedule and packing plan for the order you want to place.
CONSTRUCTION & SUPPLY CONDITION
| Supply scope | Custom-size unfaced MDF blanks; additional machining or finishing quoted separately |
|---|---|
| Part schedule | Part code, dimensions, thickness, quantity, drawing revision and packing group |
| Common base format | 1220 × 2440mm; thickness range 2.5–30mm |
| Further formats | 1830 × 2440mm at 2.5–25mm; 1830 × 3660mm at 16mm |
| Large-format enquiries | 2440 × 3660mm is listed; confirm thickness and availability for the order |
| Custom-size definition | State whether each size is an oversize blank, machined substrate or finished component |
| Wood-fibre references | Poplar, hardwood and pine; confirm the selected substrate configuration |
| Density and moisture references | 700–900kg/m³ density; 4–9% moisture content; confirm the selected board and measurement stage |
| Internal-bond reference | >0.55MPa in our product data; applicable test and thickness to be confirmed |
| Bending-stiffness reference | Modulus of elasticity >3700MPa in our product data; not a component load rating |
| Water-absorption reference | ≤10% listed; agree test method and duration, separately from thickness swelling |
| Emission requirements | E1/E2/E0/CARB references; identify the required scheme, method and applicable documents |
| Service conditions | Specify dry, humid or other exposure and the required board grade |
| Dimensions and tolerances | Agree individual limits for thickness, outside size, squareness, flatness and feature positions |
| Drawing references | Units, named face, datum edges, hole depth, edge profiles and revision |
| Machining scope | Straight cutting, holes, rebates, grooves and profiles are separate operations to define |
| Edges and subsequent finishing | Show retained edging, trimming and coating allowances at the appropriate stage |
| Rotation and handed parts | State permitted rotation; identify left/right versions and the view used on drawings |
| Samples and acceptance | Check representative critical parts and mating pieces against the agreed drawing |
| Packing and identification | Part-code quantities, group labels, protection, pack dimensions and actual gross weight |
Choose the construction, finish and size for your project. We’ll bring the selected options and finished tolerances together in your quotation.
COMPONENT ORDERS WITH DIFFERENT ACCEPTANCE PRIORITIES
Start furniture production from repeat part codes, counted quantities and the raw sizes your next station needs. Include the following groove or edge process, grouping the pieces for receiving with the board identity and selected machining reference.
Develop painted fronts with face profiles, reverse pockets and final edges shown together. Carry a useful part through the coating preparation and finish, reviewing profile definition and the fit your customer will use.
Bring the moulding cross-section, length, end detail and intended joints. Identify visible edges and handling supports, planning protection for long narrow pieces around their shape and receiving process.
Choose whether veneer or laminate facing comes before or after final cutting. Include press allowance, balancing reverse, final thickness and decor direction, with labels placed clear of surfaces entering the bonding process.
Plan display kits around the complete assembly, including handed pieces, mating connections and repeated use. Use matching codes and quantities to make components easy to locate, reviewing the selected substrate and hardware for their required joint duty.
Bring the locating holes, contours, contents or contact surfaces for a template or packaging component. Include wear, load and operating conditions with the dimension brief so the substrate and inspection checks follow the job the part will perform.
Bring flooring, structural, waterproof or fireproof project requirements with the intended construction. Our team helps select the substrate grade and relevant documents alongside the custom dimensions and processing needed for that duty.
BASE MATERIAL, FINISHED SIZE & TOLERANCE BUDGET
Our base sizes are 1220 × 2440mm at 2.5–30mm, 1830 × 2440mm at 2.5–25mm and 1830 × 3660mm at 16mm. We also list 2440 × 3660mm, with thickness to be agreed. Select the base format, thickness and grade together; we’ll use your part schedule to plan the sheet allocation and delivered dimensions.
Our range gives poplar, hardwood and pine fibre references, density of 700–900kg/m³ and moisture content of 4–9%. We identify the selected substrate in the order. A dimensionally correct blank still needs the right surface, machining behaviour and service grade for the component you intend to make.
The material-property references include internal bond >0.55MPa, modulus of elasticity >3700MPa and water absorption ≤10%. Your order specification connects those properties with the selected thickness, test method and acceptance limits. Include thickness swelling separately when required and use the component design for shelf loads and support spacing.
Choose the service grade for the room and the emission requirement for the destination. Send the requested E1, E2, E0 or CARB scheme and document checklist with your part schedule, so the selected MDF and its supporting records follow the intended use.
The European Panel Federation’s MDF property guide explains the distinctions between density, internal bond, bending and thickness-swelling measurements. We use product-specific evidence and agreed limits for our quoted supply.
For the cutting worksheet below, start with a 600 × 740mm finished component. Use a retained edge build of 2mm on the left and right, and 1mm on the top and bottom. These inputs include the net edging and retained glue after finishing; use the actual net additions for your own component.
The substrate ready for edging is therefore 596 × 738mm. If your workshop needs 3mm final-sizing allowance at each substrate edge, the rough blank becomes 602 × 744mm. The example does not include a further dimensional change from coating. Add any such change at its actual process stage.
| Stage | Width × height | Reason for the difference |
|---|---|---|
| Rough blank | 602 × 744mm | Includes 3mm to remove from each substrate edge |
| Substrate ready for edging | 596 × 738mm | The dimensions after final sizing and before edge additions |
| Edged perimeter | 600 × 740mm | Adds 2mm per side and 1mm per end |
Sending only “600 × 740mm MDF” leaves all three stages open to interpretation. Mark the required delivered stage on the cutting list and show any downstream operation that affects it. For an irregular part, distinguish its rectangular blank from the final contour and include the material needed for workholding.
For a finished-width requirement of 600.0 ±0.3mm, work backwards through the cutting and edging operations. If the substrate is 596.0 ±0.2mm and each retained side edge is 2.0 ±0.1mm, worst-case addition gives a finished range of 599.6–600.4mm. That does not fit the requested 599.7–600.3mm interval even though the centre dimensions add correctly.
With the same edge-build inputs, a substrate of 596.0 ±0.1mm gives 599.7–600.3mm. That uses the entire tolerance budget. Include any later dimensional change before setting the cutting limits, then agree the production tolerance for the actual board, part and measurement stage.
Choose outside-size, squareness, flatness, thickness and feature-position limits around the actual part and its measurement condition. Include the receiving opening for a fitted rectangle so the quoted dimensions and geometry describe the complete assembly requirement.
NAMED FACE, REFERENCE EDGES & HANDED COMPONENTS
Name the face shown on the drawing, define the origin and identify the physical datum edges used during machining. Keep those references visible when a part is turned over. A clear edge and face reference lets our team quote, machine and inspect the same feature.
Continue the 600 × 740mm finished-perimeter example above. View both parts from the same named face F, with the finished left edge as x = 0 and the finished bottom edge as y = 0. The left version has feature centres at x = 37mm, while its mirrored right version has them at x = 563mm. Both have y positions of 100 and 640mm.
The drawings below locate feature centres. Add diameter, depth, machining side and the fitting reference to turn those centre positions into the production instruction.
The substrate’s left and bottom edges sit 2mm and 1mm inside the finished perimeter. The rough blank extends 3mm beyond each substrate edge. Consequently, the lower left-version centre is (37, 100) from the finished origin, (35, 99) from the substrate origin and (38, 102) from the blank origin.
| Feature | Finished origin | Substrate origin | Rough-blank origin |
|---|---|---|---|
| Left version · lower | 37, 100 | 35, 99 | 38, 102 |
| Left version · upper | 37, 640 | 35, 639 | 38, 642 |
| Right version · lower | 563, 100 | 561, 99 | 564, 102 |
| Right version · upper | 563, 640 | 561, 639 | 564, 642 |
The two vertical positions are 540mm apart at all three stages. Their distance from an outside edge changes because the edge changes; the feature-to-feature distance does not. We retain both relationships when checking the drawing instead of independently copying coordinates between stages.
Show each handed component from the named drawing face, including blind-hole access and visible recesses. Give left and right versions their own code or handed suffix so the machining side and orientation stay clear through production and assembly.
Allow rotation for symmetric raw rectangles where your process permits it. Keep drilling, face designations and later directional finishes with the part identity, using clear labels for pieces that share an outside size but need different features.
Send a dimensioned drawing with units, overall dimensions, thickness, feature sizes, depths, datums and revision. Keep any CAD file aligned with that drawing and name the controlling reference. Our team helps review a usable file format and the dimensions needed to quote and inspect the part.
Include the receiving component or hardware reference where parts mate. Mark critical relationships such as a hole pair locating a fitting, so the first-part review checks the assembled fit alongside each coordinate.
CUTTING, ROUTING, EDGES & DOWNSTREAM FINISHING
Choose the cut size and identify which edges are final, exposed or left for later trimming. Include squareness and the intended fit. Plan holding or profiling allowance for a rough blank and the completed perimeter limits for a part supplied ready for assembly.
Show through or blind holes with diameter, depth, machining side and position. Include the deepest tool reach and review operations approaching from opposite faces together, keeping the required material section visible in the part drawing.
Describe grooves, rebates and profiles with widths, depths, start and stop positions and a useful cross-section. Mark internal corners and surfaces visible after finishing, with fixture or holding allowance identified separately from the completed contour.
Choose a raw cut component, a surface prepared for your finishing process or an agreed added facing. Identify edges for banding, bonding or painting, carrying final rounding and flushing into the delivered-size and finished-size plan.
Develop the machining trial around the deepest cut, narrow retained feature and a representative corner. Review the raw result through the intended preparation and finish, keeping profile definition, appearance and final dimensions together.
Plan tooling, feed and material removal around the selected MDF and component. Where roughing and finishing passes are useful, review their resulting surface and dimensions on the first part and retain the selected process with the order.
The European Panel Federation’s profiling guide explains the relationship between tooling, feed and finished cut quality. Use the selected board and actual profile to agree the tooling process and acceptance limits for your order.
Choose a decorative supply route when your component needs white, black, yellow, red, beech, cherry, maple, pine or teak melamine decor. Specify the decor code, texture, face and reverse construction and edge treatment alongside the custom dimensions, with raw MDF kept as the unfaced option.
Browse our melamine colour catalogue for the appearance you want and develop the construction through melamine MDF for furniture components. Carry the selected decor direction into the cutting schedule and permitted part rotations.
Tell us which preparation your workshop needs before coating or veneering a raw blank. For machined components, identify the features completed before dispatch and those your workshop will finish, including edging, drilling after edging and final calibration.
Settle the feature most likely to delay your assembly with a useful first-part set. Include the critical recess, blind connector or mating piece alongside the outside dimensions and labels, giving the trial the same demanding detail as your production component.
PART-CODE QUANTITIES, MIXED THICKNESSES & SHEET ALLOCATION
Use the following cutting worksheet for 20 sets of furniture-production blanks. It follows a separate part schedule from the edged component above, with quantities grouped by code and thickness. Add your own joints, final trimming and trial pieces when developing the production schedule.
| Part code | Blank dimensions | Per kit | For 20 kits |
|---|---|---|---|
| S · side blank | 720 × 360 × 18mm | 2 | 40 |
| H · horizontal blank | 560 × 360 × 18mm | 3 | 60 |
| B · back blank | 720 × 600 × 6mm | 1 | 20 |
The order contains 120 blanks, not 20 individual panels. The 18mm and 6mm material must be allocated separately. We also keep sample pieces, agreed spares and replacements separate from the production quantity so the customer can see which quantities complete the required sets.
For this layout, use 1220 × 2440mm base sheets with 10mm trimming at each sheet edge. The usable rectangle is 1200 × 2420mm. Allow 3mm kerf between neighbouring blanks or strips. Rotation is permitted in this raw-blank example, and no additional fixture stock is included.
For the 18mm parts, three strips 360mm wide occupy 1086mm, including two separating kerfs. Along a strip, three S blanks occupy 2166mm; four H blanks occupy 2249mm; and one S plus three H occupy 2409mm. Each fits inside the 2420mm usable length.
The last pattern has only 11mm spare in that length. If the assumed usable length fell to 2408mm, the same pattern would no longer fit. Cutting plans should therefore use the accepted minimum usable size and actual process allowances, not only a nominal sheet label.
| Pattern | Three-strip arrangement | Parts per sheet | Sheets used |
|---|---|---|---|
| A | Each strip: 3 S | 9 S; 0 H | 2 |
| B | Two strips: 3 S each; one strip: 1 S + 3 H | 7 S; 3 H | 1 |
| C | Each strip: 1 S + 3 H | 3 S; 9 H | 5 |
| D | Each strip: 4 H | 0 S; 12 H | 1 |
The plan uses nine 18mm sheets. It produces S = 2 × 9 + 1 × 7 + 5 × 3 = 40, and H = 1 × 3 + 5 × 9 + 1 × 12 = 60. Counts match the schedule without calling unmatched extra parts complete kits.
If S and H are cut only in separate uniform grids, S gives nine per sheet and needs five sheets; H gives twelve per sheet and needs five sheets. That comparison uses ten 18mm sheets. Within these two layouts, the mixed plan saves one sheet. The production layout also accounts for the accepted usable size, tooling and any additional workholding stock.
Two 600mm widths plus a 3mm kerf need 1203mm, so they do not fit across the assumed 1200mm usable width. Rotating the 720 × 600mm back blank allows one 720mm-wide column with four parts along the sheet: 4 × 600 + 3 × 3 = 2409mm.
That supplies four B blanks per 6mm sheet, so twenty require five sheets. The illustrated order therefore uses 14 base sheets: nine at 18mm and five at 6mm. Extra 18mm material does not offset a missing 6mm back; the thickness is part of the part identity.
| Material group | Base-sheet input | Required blanks | Blank material volume |
|---|---|---|---|
| 18mm · S and H | 9 sheets; 26.7912m² | 100; 22.4640m² | 0.404352m³ |
| 6mm · B | 5 sheets; 14.8840m² | 20; 8.6400m² | 0.051840m³ |
| Total | 14 sheets; 41.6752m² | 120; 31.1040m² | 0.456192m³ |
Base-sheet volume is 0.5715456m³, while the scheduled blanks total 0.456192m³. Keep that input-to-delivery difference visible when comparing material allocations. Identify any useful remaining pieces you want retained or supplied separately from the scheduled blanks.
Using the listed 700–900kg/m³ density range gives a calculated net material weight of approximately 319.3–410.6kg for the 120 bare blanks. That is distinct from the weight of all input sheets and from shipping gross weight. We confirm actual packs and weights for the selected board and supply scope.
Bring your kit quantities and delivered-stage drawing to the quotation. Compare the material basis and included work before comparing a price per component or complete set.
PART LABELS, ASSEMBLY GROUPS & REVISION CONTROL
Receive the pieces in the order your team will use them: by part code for a production station, by assembly for kit building or by project area for staged work. Bring that preference with the order so quantities, pack lists and physical protection support your receiving process.
For the twenty-kit example, four groups of five kits each contain 10 S, 15 H and 5 B, or 30 blanks per group. Each group contains 0.114048m³ of nominal bare-board material. Use that group reference across the physical packs, with pack size and weight arranged for support and unloading.
Plan physical packs around component dimensions, weight, support and unloading. Keep thin backs protected alongside thicker pieces, with a group-to-pack list connecting matching components where an assembly group spans several packs.
Part S · 720 × 360 × 18mm · Revision R2 · Raw blank · Quantity 10 · Group K01–K05
For this cutting worksheet, add the order and pack references, named face or handed suffix to the label. Keep its position clear of surfaces that will be bonded or finished.
Support small and narrow parts across gaps in a mixed stack, protecting corners and profiled edges. Identify fragile lands, finished faces and labels that your receiving team needs to reach, so protection and access follow the actual shapes.
Plan moisture protection, edge protection and load support with the pack footprint, gross weight and unloading method. Include support for long narrow blanks and destination details so the shipment arrives ready for your receiving arrangements.
Keep a changed hole or profile traceable even when the outside size stays the same. Update the affected part code or revision, drawing, quantity and packing identity, retaining the definitions for parts whose requirements are unchanged.
Send the affected codes and the old and new requirements with each drawing change. Tell us whether earlier supplied parts must mate with the revision; our team reconciles the quotation, first-part checks, pack information and production timing around that change.
List useful spares by part code and revision, alongside the quantities needed to complete the assemblies. For retained offcuts, identify the minimum dimensions and intended use so suitable remaining pieces can be planned separately from sample and production parts.
Orders ship by container. Agree the pack footprint, loading arrangement, destination and freight terms for the actual component schedule, with a group-to-pack list for sets spread across different packs.
MEASURED PARTS, MATCHING DOCUMENTS & COMPLETE QUANTITIES
Keep the selected substrate, current drawing and cutting schedule with the supply. Identify the inspected part, revision and pack, connecting material documents to the board and feature checks to the delivered component so your receiving team has the right records.
| Item | Check | Retain with the order |
|---|---|---|
| Part identity | Code, revision, thickness, named face and handed version | Current schedule and matching drawing |
| Outside geometry | Length, width, thickness, squareness and flatness at the agreed stage | Limits, measuring method, condition and sample positions |
| Machined features | Diameter, depth, location, start/stop positions and machining side | Datum reference and critical feature results |
| Surface and edges | Cut quality, profile definition and condition for the next operation | Accepted raw or finished reference as applicable |
| Mating components | Relevant fit, handed pair or connector assembly | Actual mating-part and hardware references |
| Quantity and packing | Count by code, revision, group and physical pack | Reconciled pack list, labels and separately listed spares |
Set the supports for flatness checks, thickness reading positions and feature datums with the drawing. Include a mating component or agreed gauge for close-fitting assemblies so the inspection review follows the same fit your workshop needs.
Define outside size and squareness independently, including the measurement condition and any diagonal check. Keep the required limits visible on the drawing and inspection plan so each characteristic has a clear acceptance reference.
Retain the inspected part configuration and supplied process stage for repeat orders. Include a handed pair or mating set where useful, recording the number of pieces checked, acceptance basis and handling of parts needing correction with the production order.
Store custom MDF dry, flat and supported off the floor, with aligned supports through stacked packs. Protect projecting corners and support short pieces across their footprint, keeping labels and component groups identifiable as the workshop opens each pack.
The European Panel Federation’s storage guidance explains the role of flat support and handling in retaining MDF condition. We agree protection and pack details around the actual custom shapes.
Our range lists 4–9% moisture content. Agree its measurement method and stage, and assess material condition before precision machining or bonding after delivery. Thickness and dimensions should be compared under the agreed conditions, particularly when transport and workshop environments differ.
Use the selected MDF grade and thickness as the material reference, the part code and drawing revision as the machining reference, and the accepted first-part set as the assembly reference. Connect those to the production order, lot and pack labels so purchasing and receiving can find the same configuration.
Request the applicable material reports and the agreed part-inspection and dispatch records with those references. See how MDF batch records follow the order.
A FIRST-PART SET & A COMPLETE ENQUIRY
Start with one row per part code and revision, keeping dimension order and units consistent. State whether quantities are pieces, pairs or kits; include the pieces in each kit so the quotation, production count and receiving list follow the same schedule.
Bring the MDF grade, thickness, service conditions, delivered-size stage and limits you need. Include material properties and documents, with later trimming, edging or facing shown where it changes the completed dimensions.
Attach the drawing face, datums, holes, profiles and revision to the part-code quantities. Add pack grouping, labels, destination and timing, identifying the factory processing and the operations your workshop will complete.
Choose a first-part set around the detail you need to settle: the longest fitted component and receiving piece, critical hole and handed counterpart, or deepest profile through its intended finish. Review that relationship before repeating the production component.
Keep the first-part code, revision, material and process stage with the order. When a drawing changes, review which accepted features remain applicable and which need another check, recording sample pieces separately from the agreed production quantities.
Develop the broader processing scope through our custom dimensions and machining service, then bring the actual part schedule through the enquiry below or email sales@plywoodsupplier.cn. Our team helps turn your sizes, material and included operations into a coordinated quotation.
PLAN YOUR PANEL ORDER
Use the same material, drawing and first-part references from the quotation to the pack label. We help turn the cutting list into parts your team can identify and use.
Custom-size Raw MDF
Our MDF substrate production. We manufacture MDF substrates in our own factory in Jiangsu, China. Talk to our factory team about the board and finish for your components.
A first-part set against the cut list
Settle the critical fit with a first-part set: the required sizes, holes or profiles together with their mating pieces. Review the drawing face, finishing allowance and labels, keeping that reference with the production cutting list.
Review this product’s sample planFor a quotation, add your quantity, destination and required timing. You can start with the details you already have.
PanelSource · Xuzhou PanelSource Co., Ltd.
https://www.plywoodsupplier.cn/product/raw-mdf-customized/
sales@plywoodsupplier.cn
SAMPLES & ORDER PLANNING
Tell us your quantity, sample needs and target delivery date. We’ll put the price, payment terms and production schedule into your quotation.
DOCUMENTS & ORDER SUPPORT
We help your purchasing team gather product reports, inspection records and packing documents for your order.
Product reference: Custom-size Raw MDF — specification.
Share the material, thickness and test standard your project requires. Our factory team will help you select the product reports and documents for your purchase.
We can plan production and inspection around your panel specification, with dimensional checks, recorded readings and packing photographs for your order.
Plan the inspection scopeWe prepare packing details, pack quantities and dispatch documents for your order. Share the destination and receiving requirements so our team can help plan delivery.
Review the delivery scopeStart with your application or panel reference. Our team will help with the specification and documents.
FACTORY QUOTATION · PRODUCTION · DELIVERY
A useful custom MDF offer connects the material allocation with the parts and operations being delivered. Send the part schedule and packing groups, and compare suppliers on the same delivered stage.
| Quotation item | What the offer should identify |
|---|---|
| Material quantity | The MDF grade, thickness and chosen basis: allocated base sheets or delivered part volume, as agreed in the quotation. Keep offcuts, trial pieces and spares identified separately. |
| Processing scope | The straight cuts, holes, grooves, profiles and surface preparation included, with any further finishing your workshop will carry out. |
| Part or kit price | The same part codes, drawing revision and quantities per kit. Use the complete quoted work to compare a price per component or assembly set. |
| Samples, packing & freight | Identify the first-part work and packing included in the offer, together with the separately stated charges, destination and shipping terms. |
In the cutting worksheet above, 0.5715456m³ of base sheets supplies 0.456192m³ of scheduled blanks. Those are different quantity bases for the same layout. Ask for the selected basis and included operations in the offer before converting a board-volume price into a component or kit cost.
Available to order with a 7–10 day production cycle. We arrange container shipping and freight terms for your order; the sea transit schedule is separate from production. Our after-sales warranty is 180 days. If an issue arises, contact us with the order, part and pack references so we can agree the return or replacement solution and freight arrangements with you.
PRODUCT-SPECIFIC QUESTIONS
Choose unfaced full sheets, oversize blanks, cut-to-size substrates or machined components. Add the holes, grooves, profiles, edge preparation and packing your workshop needs, with the delivered stage and included operations stated in the quotation.
1220 × 2440mm is listed at 2.5–30mm; 1830 × 2440mm at 2.5–25mm; and 1830 × 3660mm at 16mm. The 2440 × 3660mm format has its thickness specified for the order. Share your part schedule so we can select the base format and material allocation.
Use one row per part code and drawing revision, with units, dimensions, thickness, quantity and delivered stage. Include the named face, permitted rotation, handed version and packing group where relevant. Identify whether quantities mean pieces, pairs or complete kits.
Show the size you want delivered and the completed component if later work changes it. For the page’s 600 × 740mm perimeter calculation, the edging inputs produce a 596 × 738mm substrate and a 602 × 744mm rough blank with 3mm trimming allowance per edge. Your own cutting list uses the actual finishing build-up.
Set outside size, thickness, squareness, flatness and feature-position limits around the component and assembly fit. Include the measurement stage, edging or coating allowances and mating parts so the production limits follow the complete dimension chain.
Yes. Provide the named drawing face, datum edges, hole sizes and depths, groove or profile sections, machining side and revision. Identify which operations our factory completes and which your workshop carries out after delivery.
Give the versions separate codes or handed suffixes and show both from the same named drawing face. Keep the blind-hole side, depth and visible features with each version, then review the pair with the mating assembly.
Count each part per kit and allocate material by thickness. The cutting worksheet uses nine 18mm sheets and five 6mm sheets for 40 S, 60 H and 20 B blanks. Keep first-part pieces, useful spares and any retained offcuts separate from the required production sets.
Use the material quantity basis and processing scope stated in the offer. Allocated sheet volume and delivered part volume differ where cutting creates offcuts. Compare the same part codes, drawing revision, machining, sample work, packing and delivery terms before comparing component or kit prices.
Yes. Share the service conditions and finish so we can select the MDF grade and supplied construction. Raw MDF is the unfaced route; choose MR/HMR, fire-retardant or a decorative facing with the required product documents, dimensions and processing.
Choose the critical part together with its mating piece or handed counterpart. Review delivered dimensions, machining side, finishing allowance, fit and labels against the current drawing. Retain the accepted reference for production and repeat orders.
Yes. Send the grouping and receiving sequence. We connect part-code quantities with labels and a group-to-pack list, while physical packs are sized around support, weight and unloading. Components from one assembly group may travel in several protected packs.
Production takes 7–10 days according to the order. We arrange container shipping and freight terms for the destination; sea transit follows the sailing schedule. Our after-sales warranty is 180 days, with any return or replacement solution and freight agreed with you for the specific order.
CONTACT OUR FACTORY
Send the part schedule or representative drawing, quantities and destination. We’ll help complete the board grade, included processing, first-part checks and packing plan.
Have a part-coded cutting list or machining drawing? Email it to sales@plywoodsupplier.cn. Start with the details you have; we’ll help you work through the rest.
Tell us your panel, dimensions, quantity and destination port.
