Two PVC flooring production line quotations can show similar machine names and very different prices. They may also describe different projects: one supplies a core-sheet extrusion section, while another includes mixing, surface finishing, cutting and packaging.
To compare quotations fairly, use the same product specification, equipment scope, capacity conditions and delivery basis. Then add the cost of every required item excluded from each proposal. Confirm technical suitability before ranking prices.
This guide explains how to turn equipment quotations into a clear purchasing comparison for an SPC, LVT or other defined PVC flooring project.
1. Send the Same Production Brief with Every Inquiry
A useful comparison begins before the quotations arrive. Prepare one request for quotation, or RFQ, and give it a revision number so that every proposal refers to the same requirements.
Include:
Flooring construction and installation format.
Materials and thickness of every layer.
Finished plank dimensions and tolerances.
Intended formulation and recycled-material range.
Surface texture, wear layer, coating and EIR requirements.
Target accepted output and working schedule.
Available utilities, factory space and required automation.
The point where the supplied equipment must deliver the product.
That final point is essential. Specify whether the required output is an unfinished core sheet, a laminated board, a coated blank or a packaged plank.
If the product specification changes during discussions, issue the updated brief and request revised quotations. Comparing different RFQ revisions can conceal important differences.
2. Build an Equipment Scope Comparison
Convert each quotation into the same list of production functions. For every item, record included, optional, buyer-supplied, excluded or pending clarification.
An item that is absent from a quotation should remain unresolved until its supply responsibility is confirmed.
Production function | Details to compare |
Raw-material preparation | Storage, conveying, weighing, dosing and mixing equipment |
Core or sheet forming | Extruder or alternative forming system, die, rolls and controls |
Layer application | Film unwinding, alignment, lamination and balance-layer equipment where required |
Surface texture | Embossing tooling, pattern quantity and EIR functions if specified |
Cooling and stabilization | Cooling equipment, temperature controls and any separate treatment required |
Surface finishing | Cleaning, coating, curing and associated handling |
Cutting and profiling | Cutting or punching, click-profile equipment and included tooling |
Backing and packaging | Pad application where specified, stacking, counting, packing and labeling |
Utilities and auxiliaries | Chiller, compressor, extraction and material-handling responsibilities |
Project services | Drawings, testing, installation, commissioning and training |
The required scope depends on the flooring construction. For example, a dry-back LVT project and a click SPC project require different finishing arrangements.
Ask for a process layout showing every supplied machine and the connections between stages. This makes gaps easier to identify than a price list alone.
3. Compare Capacity Under Defined Conditions
A quoted output of kilograms per hour is incomplete without the conditions used to achieve it.
Request the formulation, product thickness, density, usable width, operating schedule and output measurement point. Confirm whether the figure describes running core output, gross sheet output or accepted finished flooring.
Ask the supplier to distinguish:
A maximum or reference machine rating.
Output demonstrated during a relevant trial.
Performance committed for your specified product.
These figures serve different purposes and should have separate entries in the comparison.
Use finished output to assess the complete line
Compare accepted square meters per shift for the same flooring specification. If output is converted from kg/h, identify which material passes through the extruder and which films or backing layers are applied separately.
Check downstream capacity as well. A high-output extrusion section may require additional coating, cutting or profiling capacity to reach the finished-product target.
Include startup losses, planned changes and production interruptions once in the calculation. Do not deduct losses again if a quoted figure already represents accepted output after those losses.
4. Review the Configuration Behind the Machine Names
Terms such as “twin-screw extruder,” “calender” or “automatic cutting machine” do not fully specify equipment capability.
Request a technical schedule covering the model, working range, configuration and control functions of each major machine.
For the forming section, compare the screw and barrel specification, drive arrangement, die, roll configuration and temperature-control system. Ask how the proposed arrangement supports the intended compound and product range.
For finishing equipment, compare working width, supported dimensions, tooling, adjustment requirements and handling arrangements.
Record approved component models and any proposed alternatives. A brand name alone does not identify a component’s rating or establish production performance.
Also confirm the documentation supplied with the equipment: operating manuals, electrical drawings, maintenance instructions, spare-parts lists and any project-required conformity documents.
Tooling omissions can make a production line quotation look more complete than it is.
List the dies, embossing rolls or plates, cutting tools and profile tooling included in the price. Record the product sizes or patterns covered by each set.
For EIR flooring, clarify the relationship between the decorative film, embossing pattern and registration system. Ask which pattern sets are included and how additional designs are priced.
For click flooring, identify the approved joint drawing and the tooling supplied for it. Confirm responsibility for any applicable design permissions or fees.
Include changeover requirements in the comparison. Ask what must be replaced or adjusted when moving between your main products, and request an estimate of changeover time and startup material needs.
6. Confirm Utilities and Factory Preparation
A machinery quotation may assume that the buyer provides cooling water, compressed air, electrical connections and other services.
Request a utility schedule and a drawing showing the connection points. Assign responsibility for equipment supply, piping, cabling and connection work.
Distinguish installed electrical power from expected operating demand and measured energy consumption. For operating-cost comparisons, use energy per accepted square meter under defined production conditions.
Check the space required for maintenance, material storage, conditioning and movement between offline operations. Allow for foundations, lifting equipment and unloading arrangements where the proposed installation requires them.
Keep buyer-supplied factory work in a separate project budget, even when it is outside the equipment purchase contract.
7. Agree on Factory and Site Acceptance Tests
Performance commitments become more useful when the quotation explains how they will be verified.
A factory acceptance test, or FAT, takes place before shipment under an agreed procedure. A site acceptance test, or SAT, checks the installed equipment under the agreed site conditions. Define the scope of each test for your project.
The test plan should identify:
Product sizes, layer structure and trial materials.
Who supplies and pays for those materials.
Trial duration and stable-running conditions.
Sampling methods and acceptance limits.
Output, yield and resource-use measurements.
Required records and retained samples.
Responsibilities for corrective work and repeat testing.
Include finished-product checks relevant to the construction, such as dimensions, flatness, layer adhesion, surface appearance and joint performance where applicable.
Specify which checks can be completed at the machine factory and which require conditioning, downstream processing or separate laboratory testing.
8. Separate Installation, Commissioning and Training
These services should have distinct descriptions in the quotation.
Installation covers assembling, positioning and connecting the agreed equipment. Commissioning covers checks and adjustments needed to operate it under the specified conditions. Training prepares the buyer’s team to operate and maintain the supplied system.
Confirm whether the supplier provides personnel to perform the work, supervision for the buyer’s installation team, remote guidance or a combination.
Ask for the number of specialists, included working days, site prerequisites and the charging basis for additional time. Allocate travel, accommodation, local transport, interpretation and related expenses explicitly.
Training should identify the intended participants and topics. Useful topics include startup, shutdown, recipe settings, changeovers, routine inspection, troubleshooting and maintenance.
9. Put Delivery and Payment Terms on the Same Basis
Record the quotation currency, validity period and delivery term, including the named place or port and the stated Incoterms edition.
Incoterms rules allocate specified delivery tasks, costs and risks. They do not replace the contract’s payment, ownership or product-quality terms.
For each proposal, identify the costs that remain with the buyer, including applicable transport, insurance, import charges, local delivery and unloading. Use project-specific logistics estimates rather than assuming that a price including freight covers every destination cost.
Separate the manufacturing lead time from shipping, installation and commissioning time. Ask what starts the lead-time clock and which approvals or buyer inputs can affect it.
For payment milestones, define the event and supporting documents associated with each payment. Record how specification changes, delayed readiness and outstanding acceptance items will be handled in the purchase agreement.
10. Read Warranty and Service Scope in Detail
A warranty duration alone is not enough to compare support.
Confirm when the warranty starts, what equipment and defects it covers, and how claims are assessed. Clarify treatment of wear parts, consumables, labor, freight and onsite expenses.
Separate warranty coverage from routine technical assistance. “Lifetime support” should be explained in terms of available services and charges.
Ask for the recommended startup spare-parts package, critical replacement items and their supply arrangements. For major components, confirm who handles service coordination and whether support is available where the line will operate.
Request a clear escalation contact and the working hours for remote assistance. Use written service commitments in the comparison rather than broad descriptions such as “fast response.”
11. Calculate an Adjusted Comparison Price
Once technically suitable proposals cover the same product and production target, adjust them to a common scope.
Adjusted comparison price = quoted price + required excluded equipment and services + adjustments to the agreed delivery basis − separately priced items outside the agreed scope.
Count each item once. Mark unpriced requirements as unresolved instead of entering zero.
Illustrative quotation comparison
The following numbers demonstrate the method only. They are not market prices or Kingshine quotations. Both proposals are assumed to use the same currency and delivery basis.
Cost item | Proposal A | Proposal B |
Initial quoted equipment price | USD 180,000 | USD 205,000 |
Required finishing equipment excluded from the quote | USD 22,000 | USD 6,000 |
Required auxiliary equipment excluded from the quote | USD 12,000 | Included |
Additional commissioning and training costs | USD 8,000 | USD 6,000 |
Adjusted price for the comparison scope | USD 222,000 | USD 217,000 |
Proposal A begins USD 25,000 lower, but becomes USD 5,000 higher after these scope adjustments.
This calculation compares acquisition scope. It does not establish equivalent quality, reliability or operating cost. Freight, taxes, factory preparation and other project costs must still be budgeted wherever they remain outside the stated comparison basis.
12. Use a Final Comparison Sheet to Close Open Questions
Maintain one comparison sheet containing the latest quotation revision, supporting documents and unresolved questions for each proposal.
Comparison area | Information to record |
Product suitability | Supported construction, dimensions, materials and remaining trial requirements |
Equipment scope | Included, optional, buyer-supplied, excluded and unresolved items |
Capacity | Output basis, conditions and verification method |
Tooling and controls | Included models, functions, patterns and product sizes |
Utilities and layout | Loads, connection points, space and buyer preparation |
Acceptance | FAT, SAT, sample requirements and corrective-work procedure |
Installation and training | Personnel, time, responsibilities and additional charges |
Commercial basis | Currency, validity, delivery term and payment milestones |
Support | Warranty scope, service arrangements and spare parts |
Comparable cost | Adjusted acquisition price and remaining project-budget items |
First resolve requirements essential to producing the intended floor. Then compare the qualified options on cost, operating requirements, delivery and support.
Request a consolidated final quotation after clarifications. This should bring the accepted configuration and commercial scope into one controlled document rather than leaving important changes scattered across messages.
Frequently Asked Questions
1. What is the most important factor when comparing PVC flooring production line quotations?
Confirm that the proposals cover the same product and production scope. Price and capacity figures become meaningful only when the underlying requirements and included work are comparable.
2. Does a complete production line always include mixing and packaging?
No. The phrase can describe different supply boundaries. Use an itemized equipment list and process layout to establish exactly where the supplied system starts and ends.
3. How should I compare two quotations showing the same kg/h output?
Check the formulation, thickness, density, operating conditions and measurement point. Then assess accepted finished output and verify that downstream equipment can support it.
4. Is a quotation with higher automation always better?
Automation should match your production tasks and staffing plan. Compare the functions supplied, changeover requirements and demonstrated operator involvement rather than relying on an automation label.
Inclusion depends on the quotation. Ask for tool quantities, patterns, sizes, profile drawings and replacement prices. Separate the first supplied set from tools needed for future products.
6. What should I do with an unclear quotation item?
Mark it pending clarification and request written confirmation of supply responsibility, specification and price. Do not assume it is included or enter a zero cost.
7. Is installation included when a quotation mentions technical guidance?
Technical guidance may mean supervision or remote support. Confirm who performs assembly and connection work, how many onsite days are included, and who pays the associated expenses.
8. Should I choose the lowest adjusted price?
Use adjusted price after confirming technical suitability. Review acceptance evidence, operating requirements, delivery conditions and support alongside the acquisition cost.
9. Can I compare an SPC quotation directly with an LVT quotation?
Only after recognizing that they may serve different product constructions and scopes. They are not equivalent alternatives unless both proposals are demonstrated to meet the same defined manufacturing requirement.
10. What should be confirmed before placing an order?
Confirm the final product specification, equipment list, capacity conditions, acceptance procedure, delivery schedule, payment milestones and service scope. Resolve open items and reference the agreed documents in the purchase agreement.
Request a Product-Specific Quotation from Kingshine
A clear inquiry makes a quotation more useful. Send your layer drawing, finished dimensions, surface requirements, intended formulation and accepted-output target together with the required supply boundary.
Review Kingshine’s SPC flooring production line and LVT flooring production line, then contact Kingshine to request a configuration and quotation for your project. Ask for the equipment scope, production assumptions, testing arrangements and service responsibilities to be identified in the proposal.
