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PLYWOOD PRICES / COMPARABLE QUOTATIONS
Compare plywood prices with matching specifications and delivery terms
To compare a plywood price, give each supplier the same face/back selection, core construction, thickness, sheet format, bond and emission requirements, quantity and supplied processing. Convert prices to the same unit and currency, then align packing and the named FOB or CIF port. Finally, add the work and route costs left to your business and divide by the usable output you need.
The best buying decision protects your margin after cutting, finishing and receiving. A low sheet price can be attractive; the saving becomes useful when the proposed board makes the required parts and the quotation covers the same job. Put each difference beside the price so your team can resolve it before ordering.
- One item specification: keep a lower-cost material proposal on a separate alternative line.
- One commercial boundary: named port, price unit, currency, inclusions and exclusions.
- One required output: accepted sheets or completed parts, with actual yield and processing assumptions visible.
Request a comparable quotationPrepare a mixed-container item list
How do you compare plywood prices quoted in different units?
Convert prices using the same sheet dimensions and show the original unit alongside the result. Compare matching constructions, surfaces and included processing to make the price comparison useful.
- Net sheet volume, m³
- Length in metres × width in metres × thickness in metres. Net panel volume excludes packing and is different from bundle or container space.
- Price per m³
- Price per sheet ÷ net sheet volume. For a price per m², divide by the same thickness expressed in metres.
- Price per m²
- Price per sheet ÷ sheet face area. This comparison still needs the same thickness, construction and finish.
- Cost per usable part
- Comparable material, remaining processing and included route costs ÷ accepted completed parts. Keep the cost boundary and required part mix beside the result.
A worked unit-conversion example
For an illustrative 2440 × 1220 × 18 mm sheet at 50 calculation units per sheet, net volume is 2.44 × 1.22 × 0.018 = 0.0535824 m³. The converted price is 50 ÷ 0.0535824 = 933.14 units per net m³, rounded to two decimals. Face area is 2.9768 m², giving 16.80 units per m². These are hypothetical calculation amounts, not CUZI prices or market quotations.
Use the nominal invoicing dimensions specified in the offer for its quantity basis, and state the separate finished-dimension and tolerance requirements your parts must meet. Keep the method consistent between suppliers. Check net sheet volume with the plywood CBM and loading guide; packed dimensions and gross weight require their own loading plan.
Normalize different formats before comparing the original sheet prices
Extend the chosen unit-conversion arithmetic with two regular formats at the same nominal 18 mm quantity basis: 1220 × 2440 mm at 50 calculation units per sheet, and 1250 × 2500 mm at 52 units. These are selected planning amounts. Actual construction, finished fit, component allocation and quoted costs remain part of the offer.
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| Item | Chosen calculation / record | Buying decision |
|---|---|---|
| 1220 × 2440 × 18 mm | Area 2.9768 m²; volume 0.0535824 m³. 50 ÷ 2.9768 = 16.80 units/m²; 50 ÷ 0.0535824 = 933.14 units/net m³. | Keep the original 50-unit sheet price and its dimension basis beside the converted values. |
| 1250 × 2500 × 18 mm | Area 3.1250 m²; volume 0.0562500 m³. 52 ÷ 3.125 = 16.64 units/m²; 52 ÷ 0.05625 = 924.44 units/net m³. | The chosen sheet price is 4% higher, while the normalized area/volume price is approximately 0.93% lower. |
Retain unrounded values for the calculation and round the displayed comparison at the end. Then compare the actual cut allocation, direction/matching constraints, finish and accepted part mix for the project. An equal net-volume price can still produce different completed-component costs when the usable layout or remaining work changes.
KEEP THE PANEL AND PACKING WITH THE PRICE
Compare the quoted panel, then compare its cost.
Compare price with the panel construction, processing and delivery terms. ECQA’s 100% birch inspection record for 2500 × 1250 mm panels provides sheet measurements and pack weights to help plan the order. Convert each quotation to the same usable output and receiving point.
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| Nominal panel | Calculated net volume / sheet | Recorded sheet weight | Recorded pack gross weight |
|---|---|---|---|
| 21 mm · 1250 × 2500 mm | 0.065625 m³ | 46.5 / 46.6 kg | 1773 kg |
| 24 mm · 1250 × 2500 mm | 0.075000 m³ | 50.0 kg | 1706 kg |
| 30 mm · 1250 × 2500 mm | 0.093750 m³ | 63.5 / 63.6 kg | 1711 kg |
Each nominal sheet has a face area of 3.125 m². Divide the sheet price by 3.125 for a price per m², or by the nominal volume above for a price per m³. Compare the same construction, finished dimensions and included processing.
Close the cost differences that a sheet price can hide.
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| Cost field | Use the report record | Complete the comparison |
|---|---|---|
| Material and working output | 100% birch construction and CP appearance basis; 80 workmanship checks and PASS conclusion. | Keep the requested face/back grade, full lay-up and finished component trial with each offer. Calculate machining yield from the actual cutting and workshop results. |
| Handling and shipment mass | The recorded sheet weights and pack gross weights are different measures. | Ask for actual sheets per pack, pack contents, net/tare/gross weight and receiving equipment limits. Retain the forwarder’s charging basis and item-specific handling costs. |
| Quantity ready for dispatch | The 24 mm record shows 1376 ordered / 1375 available; 30 mm shows 2548 ordered / 2547 available. | Keep ordered, available, inspected and shipped quantities separate. Agree the outstanding balance, final packing list and any later dispatch in the quote/order file. |
| Supplied work and route | Recorded pack dimensions are 251 × 127 cm, with heights of 92 / 97 / 91 cm for 21 / 24 / 30 mm. | Compare protection, labelling and packing inclusions, named FOB/CIF port, remaining workshop operations and dated transport charges at the same boundary. |
The inspected panel count is different from the order quantity and the finished parts your workshop can use. Keep each quantity with its purpose and unit. Ask the current offer for its own pack count and loading plan, and avoid dividing a package's gross mass by sheet weight to derive its contents.
Use the recorded package geometry and quantity handover with the full item list. The sample and lot guide connects the material trial to the selected offer; the repeat-order guide keeps a changed core, gauge or finish visible in the next price.
Read the ECQA panel and packing report · View the recorded package dimensions
Compare the same selected item in the next quotation.
| Selected item | Next buying step |
|---|---|
| 21 mm all-birch · 1250 × 2500 mm | Compare my 21 mm all-birch offer |
| 24 mm all-birch · 1250 × 2500 mm | Request the 24 mm comparison piece |
| 30 mm all-birch · 1250 × 2500 mm | Request the 30 mm cost-comparison file |
| 18 mm commercial · birch face / poplar core / BB/CC | Compare my commercial output quote |
Add the required finished parts, quantities, operations left to your workshop and named FOB or CIF port. Ask each proposed alternative to show its own construction, trial and included costs. Samples are free; you pay courier freight, which is credited in full against your formal order.
Put two offers beside one item specification
Create the required-basis column before asking for prices. Each supplier can then identify a matching offer, a difference or a separately priced alternative. Do this item by item: a container average can hide a changed grade, format or finished-surface scope.
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| Field | Required basis | Offer A | Offer B |
|---|---|---|---|
| Product and appearance | Item/revision, application, actual face/back species and grade pair, grading basis, visible surfaces and physical reference. | Record proposed face/back, repairs and sample reference; identify differences. | Use the same fields and viewing reference; keep any different surface as an alternative. |
| Construction and performance | Core/lay-up, required bond and emission test basis, proposed model and relevant product documents. | Identify actual core/layers and required data. | Compare the offered construction and applicable data on the same basis. |
| Dimensions and output | Thickness, sheet format, measurement/tolerance basis, part list and required accepted output. | State quoted dimensions, sheet quantity and reviewed output assumptions. | Keep dimensions visible beside the price; explain any different sheet requirement. |
| Processing and surface | Raw sheet or cut/routed/edged/finished part; grain direction, reverse, finish and component acceptance. | List each included operation and remaining workshop work. | List the same operations; mark included, excluded or to be confirmed. |
| Price and quantity | Currency, per-sheet/m²/m³/part unit, quantity by item, calculation dimensions and exchange-rate date if used. | Retain original unit price and the converted common unit. | Use the same dated conversion; show quantity-based conditions. |
| Packing and delivery | Bundle/item labels, protection, receiving constraints, chosen rule/edition and named port or place. | Record pack and delivery inclusions, exclusions and item allocation. | Use the same destination boundary; resolve unpriced route charges. |
| Dates and commercial conditions | Quote validity, payment conditions, production start/dispatch timing, freight basis and required receiving date. | Record the dated offer and confirmed schedule. | Keep validity and shipping assumptions visible; request changes in writing. |
Use the specification your business needs
CUZI commercial plywood offers 3–30 mm, poplar/birch/eucalyptus core options, BB/CC or C/D face/back selections and E0/E1 options. Plywood regular formats are 1220 × 2440, 1250 × 2500 and 1525 × 3050 mm; formats such as 1220 × 3050 and 1250 × 3660 mm are on request. Name the actual item, appearance basis and required methods; these choices can change the quotation.
A birch-faced poplar-core board and a board with birch throughout the layers are different constructions. A decorative veneered front also has its own face/reverse, matching, preparation and finish scope. Compare the commercial plywood specification, birch plywood constructions or decorative plywood guide before asking the price question.
Compare the cost of the required output
For sheet resale, compare the ordered item and accepted sheet quantity. For furniture or components, use the required part mix and a reviewed cutting layout. Include kerf, trimming, grain direction, visible-face allocation, matching and any defects or rework observed in the trial. Continue with checking cutting yield before comparing part costs.
Count what your workshop still has to do
Separate cutting, routing, edge treatment, sanding, finishing, handling and inspection. Use your actual labour time, consumables, equipment-cost basis and accepted output. If an offer includes a processing operation, identify it so the same cost is not added again. Ask whether packing or preparation charges are per sheet, per part, per bundle or per order.
Use the same definition of an accepted part in both options. A part that requires extra repair, a missing matching piece or an unsuitable reverse needs a decision before it enters the saleable-output count. Keep material suitability, dimensional fit and the agreed appearance alongside the cost calculation.
Keep offcuts and open items honest
Credit offcuts when you have a use and value for them. Label estimated yield, freight and rework costs and try a range of values. Leave unpriced services visible so they can be included before deciding.
WORKED BUYING EXAMPLE
Example: two offers with different processing scopes
Chosen material-and-cutting comparison using calculation units and an assumed 40-part output.
Both offers are assumed to meet the same selected board specification and produce the same mix of 40 accepted parts. The workshop budgets different sheet requirements and cutting charges. Those output assumptions must be checked against the real cutting and processing trial.
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| Item | Calculation | Comparison |
|---|---|---|
| Offer A | 10 sheets × 50 units = 500 units; cutting = 100 units. Subtotal = 600 units. | 600 ÷ 40 = 15.00 units per accepted part. |
| Offer B | 12 sheets × 45 units = 540 units; cutting = 120 units. Subtotal = 660 units. | 660 ÷ 40 = 16.50 units per accepted part. |
| Meaning of the difference | Offer B’s sheet price is 10% lower, but this assumed material-and-cutting subtotal is 60 units higher. | The subtotal per part is 1.50 units higher. Resolve the actual sheet requirement and processing scope. |
| One extra sheet in A | 600 + 50 = 650 units before any additional cutting charge; output remains assumed at 40 accepted parts. | 650 ÷ 40 = 16.25 units per part. Only 10 units separate this subtotal from B; small yield changes can affect the decision. |
| Open items | Packing and delivery are excluded from both example totals. Any extra processing is also unpriced. | These are material-and-cutting subtotals. Add the same resolved cost groups to compare warehouse or finished-output cost. |
What this means for the order
In this example, B costs less per sheet but more per usable part. A small yield change narrows the gap. Use your construction, cutting layout, processing time and quotation costs to compare the two options.
SUBTOTAL / ACCEPTED OUTPUT
Find the output change that reverses the cost comparison
The next calculation uses material-and-cutting totals of 600 units for A and 660 for B, each producing 40 usable parts. Keep the part mix and quality requirements consistent, and add repair, replacement or further processing costs when they apply.
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| Item | Chosen calculation / record | Buying decision |
|---|---|---|
| B at 40 accepted parts | 660 ÷ 40 = 16.50 units per accepted part. | Use this stated subtotal/output pair as the comparison basis. |
| A at 37 accepted parts | 600 ÷ 37 = 16.22 units per accepted part, rounded. | This chosen output remains below B’s 16.50 at the same cost boundary. |
| A at 36 accepted parts | 600 ÷ 36 = 16.67 units per accepted part, rounded. | This chosen output is above B’s 16.50; review the actual observations and additional costs. |
The mathematical equality is 600 ÷ 16.50 = 36.36 accepted parts. A whole-part count therefore changes the comparison between 36 and 37 under these fixed subtotals. Record actual cut/trial quantities, accepted/reworked/held outputs and any added costs before using the result to choose the material.
For matched pairs or complete assemblies, use complete required sets in the denominator and retain the component breakdown. A different handed or appearance-group part needs its own allocation. Record rework time/consumables and the final usable quantity when the completed stage changes.
Compare what each FOB or CIF quotation includes
CUZI commonly quotes FOB or CIF. State the rule and edition, the named shipment port for FOB or destination port for CIF, and the required route. For an FOB-to-CIF comparison, obtain the relevant carriage and insurance costs before comparing the same port boundary. For warehouse cost, add the remaining destination and inland scope item by item.
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| Cost group | Keep beside the quotation | Resolve before comparing |
|---|---|---|
| Panel | Construction, face/back and grade basis, dimensions, item quantity, currency and original price unit. | Keep alternative constructions separate; reconcile sheet/m²/m³ units using the same dimensions. |
| Processing | Cutting, routing, edging, finish, labelling, accepted output and remaining workshop work. | Assign each included or buyer-completed operation once, with its charge basis and actual yield assumption. |
| Packing and origin scope | Required pack protection, bundle sizes/counts, gross weights, labels, origin handling and quoted shipment scope. | Identify what the offer includes and any separate charges. Compare the same receiving and item-allocation requirements. |
| Main carriage and insurance | Named ports, route, carriage validity and insurance scope where applicable. | Under CIF, seller-arranged carriage and insurance reach the named destination port. Identify the policy coverage and any extra cover you require. |
| Destination and inland route | Discharge/terminal/clearance charges, duties/taxes and treatment, inland transport, unloading and warehouse receiving. | Confirm inclusions and remaining amounts with the relevant forwarder/broker. CIF does not by itself define an all-in warehouse price. |
| Shared shipment allocation | Mixed items, net panel volume, actual weight, pack space and the chosen allocation method. | Allocate shared costs consistently, explain the method and keep the whole shipment total reconcilable. |
Keep paid transport and risk transfer distinct
Under CIF Incoterms® 2020, risk normally transfers when the goods are on board at shipment, even though the seller arranges carriage and insurance to the destination port. The default CIF insurance is limited cover; agree any higher cover needed. ICC Academy explains the CIF carriage, risk and insurance distinction.
Check unloading and terminal charges against the delivery terms. Mark each cost as included, excluded or awaiting a price, and count freight already included in a CIF offer only once.
Agree the handover point for your container
FOB and CIF are sea/inland-waterway rules. If the agreed handover is at a carrier’s terminal or the journey is multimodal, discuss a rule that matches that handover, such as FCA or CIP, with the parties and forwarder. The ICC selection checklist helps distinguish these arrangements. CUZI’s usual FOB/CIF quotation choices should still describe the actual shipment agreed.
Compare production time with your receiving date
CUZI’s regular lead time is 10–15 days for production. Confirm when that period starts and what the quotation covers, including any custom processing or finishes. Sailing, booking, port handling, clearance and inland delivery are separate parts of the receiving plan.
Put the requested receiving date beside the proposed production-ready date, booking/dispatch assumptions and estimated transit. Keep quote validity, freight validity, payment conditions and the item specification revision with the same dated offer. If quantities, finish or delivery scope change, ask for the corresponding price and schedule revision.
For repeat orders, send the previous item, drawing and sample references with the new quantities and destination. Ask for changes in construction or finish to be listed as alternatives.
Make the material and cost decision reviewable on one item
Keep the original requirement and separately proposed alternatives together. Resolve the material selection and delivered stage before treating a normalized price as the final buying result. Record the assumption or open amount with its source and date so the comparison can be revised.
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| Item | Chosen calculation / record | Buying decision |
|---|---|---|
| Required item and alternative | Same drawing/part mix, full model/construction, dimensions/stage/limits, relevant material files and actual component trial; changed fields identified. | Select the construction and processing scope that meets the agreed requirement. |
| Cost and quantity basis | Original currency/unit, quantity/dimension conversion, included processing, remaining work, actual accepted output and allocated/shared scope. | Compare per required completed item/set at the same cost and receiving boundary. |
| Open values and sensitivity | Unpriced or uncertain charges/yield/time, responsible source, dated assumption and the range or crossover being tested. | Keep the unresolved result visible until the amount or observed output is established. |
| Selected version and delivery | Chosen offer/item revision, inclusions/exclusions, port/rule edition, quotation validity and actual production/dispatch/receiving stages. | Carry the selected material, quantities and scope into the order and pack/inspection records. |
Ask for a mixed-container quotation by item
The minimum order is one container; mixed loads are available. A useful plywood wholesale price request names the stock or component lines inside that container. Keep the product, specification, quantity and price unit separate for every SKU, with the common port and receiving date at order level.
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| Item route | Specify the line | Ask the quotation to show |
|---|---|---|
| Commercial or birch plywood | Face/back and physical grade reference, full core construction, bond/emission basis, thickness, sheet format and quantity. | Matching model/item, price and unit, packing, supplied processing and separately priced construction alternatives. |
| Decorative plywood | Veneer identity, face/reverse gauges, matching/viewing group, finish/edge scope, sheet or part dimensions and quantity. | Actual appearance range/sample, supplied surfaces and matching/cutting/finish charges by the same required output. |
| MDF in the same shipment | Plain/MR/FR/faced board item, grade/emission basis, gauge, format, finish/reverse and quantity. | Separate MDF item prices/units, processing scope and the same order-level transport/packing allocation. Review wholesale MDF options. |
| Common shipment | Loading/destination port, selected quotation basis, receiving date, unloading/pack constraints and proposed item quantities. | Total item values, shipment inclusions/exclusions, pack/count/weight plan, confirmed loading mix and dated schedule. |
Use net CBM to list the panels, then confirm bundle dimensions, weights and a loading layout for the container. The mixed-panel SKU schedule guide connects the quote with packing and receiving.
Send your SKU list and named portInclude MDF in the quotation
Compare the proposed boards before committing to the price
A comparable quote needs a material that works for the intended job. Keep the chosen face/back range, full construction, dimensions and processing trial with the item. If a supplier proposes a cheaper core, face, grade or finishing route, compare that alternative’s relevant sample and product information before carrying its price into the required-basis column.
Compare a commercial plywood sampleCompare a birch construction sampleCompare a decorative component sample
Request the relevant proposed-model bond, physical or emission documents for your destination and use. An agreed appearance sample and test/report scope answer different buying questions. Use the US/EU emission-document guide when preparing the market requirement.
Send the specification, item quantities and port
Start with the lines you know and mark choices you want compared. A structured first inquiry helps CUZI quote the right product and identify missing decisions, without turning the request into a long form.
Quotation / item-list revision: Product / SKU / intended use: Face and back species / grade basis / physical reference: Core / full construction / bond and emission methods or documents: Thickness / format / finished tolerances / quantity and unit: Raw sheet or supplied cutting / routing / edge / finish / packing: Required completed parts and reviewed yield, if applicable: Separate alternative to compare, with sample or drawing reference: Currency / FOB shipment port or CIF destination port / rule edition: Receiving date / unloading and bundle constraints: Please show item prices, inclusions, exclusions, validity and production/dispatch schedule.
- Keep one common specification and required accepted-part quantity.
- Record reviewed yield and sheet quantity for each offer.
- Separate included processing, remaining operations and any alternative construction.
- Keep currency, delivery basis, packing and unresolved cost items with the dated quote.
Review the relevant product guide and prepare your inquiry files. The complete RFQ checklist helps organise a drawing or specification that needs more detail.
Quote the required plywood item
Request a quote for the finished quantity you need
Send the part list, panel specification and sample or drawing references. Ask suppliers to show price units, included processing, delivery terms and any alternatives. Add the workshop work still required to compare finished-part costs.
Plywood quotation questions buyers ask
Should the lowest cost per part always win?
Compare options that meet the required material, appearance, fit and commercial scope. Then use accepted output, actual processing and resolved route costs to judge the saving. Keep repeatability, documents and receiving requirements with the price decision.
What if the cutting yield is uncertain?
Show it as an assumption and ask the workshop to review the drawing, grain direction, layout and actual trial. Recalculate with one extra sheet or a measured rework change. Keep the accepted part mix the same so the result remains meaningful.
Does a price per m³ make two boards comparable?
It aligns the quantity unit. Face/back, full core construction, thickness, finish, bond/emission requirements and supplied processing still need to match the required item. Retain the original sheet dimensions and unit price beside the conversion.
How do I compare an FOB offer with a CIF offer?
Bring both to the same named cost boundary with the relevant freight and insurance information. Keep each included or remaining charge visible and avoid adding included freight twice. Confirm the actual handover, rule/edition and destination charges with the quotation and transport terms.
Does CIF include delivery to my warehouse?
The named CIF destination is a port. Review the actual offer and carriage terms for unloading and port charges, then identify clearance, duty/tax treatment, inland transport and receiving costs with your route providers. An all-in warehouse comparison needs that remaining scope.
Can I compare a cheaper core or lower face grade?
Yes, as a separate proposed alternative. Keep its actual construction and physical appearance reference clear, and trial the component and relevant data for your use. Move it into the chosen specification only after resolving those buying requirements.
Is the 10–15-day lead time the arrival date?
It is the regular production lead time. Confirm its start point and the item’s processing schedule, then add booking, sailing, handling, clearance and inland delivery to your receiving plan. Keep the quoted schedule and receiving date together.
Can plywood and MDF be priced in one mixed container?
Mixed loads are available with a minimum of one container. Send a separate specification, quantity and unit for each plywood or MDF line, with a common port and receiving plan. Ask for item prices, a packing/loading proposal and a clear allocation of shared shipment costs.
Can a higher sheet price be lower per square metre?
Yes, when the compared sheet format changes. Keep the original price and dimensional basis, normalize consistently, then compare the full construction and actual completed output for the project.
How do I find the accepted-output crossover?
At the same fixed cost boundary, divide one option’s subtotal by the comparison option’s cost per accepted unit. Check the relevant whole-part or whole-set counts and revise any added processing/replacement costs.
Does allocating a shared cost change the shipment total?
A fully reconciled allocation preserves that total while changing the shares assigned to individual lines. Retain the documented method and separate item-specific costs.
How should a cost still awaiting a quotation be shown?
Keep it identified as an open amount with its scope/source and the effect on the comparison. Revise the selected offer when the actual amount and included operations are confirmed.
Can the inspection sheet weight help compare a quotation?
It helps describe the reported panel and prepare the handling discussion. Keep it separate from pack gross mass and the forwarder’s chargeable quantity. Ask the current offer for pack contents and actual weights, then compare the same receiving and cost scope.
How do I compare price per sheet for 21, 24 and 30 mm plywood?
Keep the gauge and construction identifiable. At 1250 × 2500 mm, each nominal sheet has 3.125 m² of area; nominal net volumes are 0.065625, 0.075000 and 0.093750 m³ respectively. Divide the actual sheet price by the relevant quantity basis, then compare the required finished output and included operations.
