Decospaa International - Blogs #SPC Flooring Buying GuideDecospaa International - Blogs #SPC Flooring Buying Guidehttps://store.decospaainternational.com/blogs/tag/spc-flooring-buying-guideFri, 02 Oct 2026 20:20:21 +0530http://zoho.com/sites/<![CDATA[Why SPC Core Density Matters More Than Thickness]]>https://store.decospaainternational.com/blogs/post/why-spc-core-density-matters-more-than-thicknessSPC core density is a more reliable indicator of flooring quality than plank thickness alone. A thick SPC plank made with a low-density or foamed core may still have weaker locking joints, lower impact resistance, reduced dimensional stability, and a higher risk of edge breakage.]]>
Ask any flooring buyer what specification they look at first when comparing SPC products and the answer is almost always thickness.A 6mm plank sounds more substantial than a 4mm plank.An 8mm plank sounds premium.Thickness is visible,measurable with a ruler,and easy to communicate in a product listing or sales conversation.It is also on its own one of the least reliable indicators of SPC flooring quality.The specification parameter that actually determines how an SPC floor performs under load,how dimensionally stable it is across temperature cycling,how well it holds its locking joints over time,and how long it lasts before surface and structural degradation become visible is core density the mass of material packed into each cubic centimetre of the plank's rigid core.A 6mm plank with a high-density core will outperform an 8mm plank with a low-density core across every meaningful performance metric.Understanding why and knowing how to evaluate core density before placing an order is one of the most commercially valuable skills any SPC flooring buyer can develop.

Table of Contents

Sr No. Particulars
 1.
 2.
  3.How core density affects real-world performance
  4.How manufacturers reduce density and why buyers rarely notice until it is too late
 5.Density vs thickness a direct performance comparison
 6.How to evaluate and specify core density correctly

​​What SPC Core Density Is and How It Is Determined During Manufacturing

SPC Stone Plastic Composite flooring takes its name from its core composition: a blend of limestone powder (calcium carbonate),PVC resin,and stabilising additives that are combined,heated,and extruded under pressure to form the rigid core board from which planks are cut and profiled.The density of this core is determined by the ratio of limestone to PVC in the formulation,the particle size and grade of the calcium carbonate used,the extrusion temperature and pressure applied during processing,and the proportion of stabiliser and processing aids in the compound.

Core density is expressed in kilograms per cubic metre (kg/m³).A premium SPC core has a density between 1,800 and 1,950 kg/m³.A mid-range core falls between 1,600 and 1,800 kg/m³.A budget core which may still be marketed and sold under premium product names can fall below 1,500 kg/m³.These numbers represent a significant real-world difference in material volume and structural performance.The gap between a 1,900 kg/m³ core and a 1,400 kg/m³ core is not a marginal specification difference it is the difference between a dense,rigid,thermally stable structural board and a lighter,more porous,less dimensionally stable core that will perform measurably worse across every stress it is subjected to in an installed floor.

The challenge for buyers is that core density is invisible.Two planks of identical overall thickness both measuring exactly 6mm on a calliper can have core densities that differ by 400 to 500 kg/m³.The only ways to determine the actual core density of a plank are to weigh a precisely measured piece and calculate density from the result,to request a laboratory density certificate from the manufacturer,or to commission independent laboratory testing.None of these options are available in a showroom or at the point of supplier evaluation without deliberate effort which is precisely why core density is the parameter most easily compromised by budget manufacturers without immediate detection by buyers.
© Copyright 2026 @ Decospaa International LLP. All Rights Reserved.

​​What Thickness Tells You And What It Does Not

Thickness is a real specification parameter with genuine performance implications but only within a defined context.Understanding what thickness does and does not tell you about an SPC product is the starting point for understanding why density matters more.

What Thickness Genuinely Affects
Overall plank thickness affects the depth of the locking profile that can be machined into the plank edge a thicker plank accommodates a deeper,more structurally robust locking geometry.It affects the height of the transition from the SPC surface to adjacent floor coverings at doorways and room boundaries.It affects the acoustic performance of the installed floor a thicker plank transmits less impact sound through its mass than a thinner one at equivalent density.And it affects the subfloor tolerance the product can accommodate a thicker,more rigid board bridges minor subfloor imperfections more effectively than a thinner one.

What Thickness Does Not Tell You
Thickness does not tell you how rigid the core is under point load two 6mm planks from different manufacturers can flex under identical loads by materially different amounts if their core densities differ.Thickness does not tell you how dimensionally stable the plank is under temperature change a low-density core expands and contracts more under the same temperature differential than a high-density core of the same thickness.Thickness does not tell you how well the locking system will hold its joint over years of thermal cycling a low-density core provides less mechanical purchase for the locking profile,reducing joint retention strength regardless of how well the profile was designed.And thickness does not tell you how resistant the plank is to indentation under sustained point load a heavy piece of furniture on a low-density core will produce visible denting that a high-density core of the same thickness would resist.

​​How Core Density Affects Real-World Performance

The performance implications of core density manifest across every dimension of SPC flooring behaviour that matters to the end user and they accumulate over time rather than being immediately obvious at installation.Understanding how density affects each performance dimension is the best preparation for making the specification decision correctly the first time.

Rigidity and Underfoot Feel
The most immediately perceptible consequence of core density is the rigidity and solidity of the installed floor underfoot.A high-density core produces a floor that feels genuinely solid firm,stable,and consistent across the full surface.A low-density core produces a floor that feels slightly hollow,that deflects very slightly under the weight of a standing person,and that produces a subtly different acoustic response when walked on a slightly more resonant sound that experienced installers and users associate with lower quality even when they cannot articulate the technical reason.This difference in underfoot character is not a minor aesthetic distinction it is the primary sensory quality that separates a premium-feeling floor from one that generates buyer complaints even when all other specification parameters appear correct.

Dimensional Stability Under Temperature Cycling
Core density directly determines how much the plank expands and contracts as ambient temperature changes.Limestone powder the primary component of a high-density SPC core has a very low coefficient of thermal expansion.The higher the limestone content and the more densely it is packed in the core,the less the plank moves with temperature change.A high-density core at 1,900 kg/m³ typically demonstrates dimensional change below 0.05% at 80°C under ISO 23999 testing.A low-density core at 1,400 kg/m³ may show dimensional change of 0.12% or more under the same conditions more than double the movement,which produces visible gapping between planks in cold conditions and compressive joint stress in hot conditions,particularly in non-air-conditioned environments in tropical climates.

Locking System Performance and Joint Retention
The locking profile of an SPC plank is machined directly from the core material.The quality of the mechanical engagement that the locking system provides the tightness of the joint,the resistance to vertical separation,the longevity of the joint under repeated thermal movement depends entirely on the density and consistency of the core material into which the profile is machined.A high-density core provides dense,uniform material that holds the locking geometry precisely and maintains its dimensional tolerances under load and temperature change.A low-density core is more porous and variable the locking profile machined from it has less material integrity,produces a joint with marginally more play,and is more susceptible to dimensional change at the joint that produces gapping over time.This is why the same licensed locking system Unilin,Välinge,or I4F performs better from some manufacturers than others: the profile geometry is identical,but the density of the core it is machined from differs.

Indentation Resistance Under Sustained Load
Residual indentation the permanent dent left in a floor surface after a sustained point load is removed is directly related to core density.The residual indentation test (ISO 10582) measures how much permanent deformation remains in the surface after a defined load is applied for 24 hours and then removed for a recovery period.A high-density core provides structural resistance to this compression the dense limestone matrix distributes the point load across a larger area of core material and limits the depth of permanent deformation.A low-density core compresses more readily under the same load,producing a deeper initial indentation and a larger residual deformation after the load is removed.In a furnished space where dining tables,refrigerators,wardrobe legs,and office furniture apply sustained point loads over years the difference between a high-density and a low-density core becomes visible in the floor surface within the first twelve to eighteen months of use.

​​How Manufacturers Reduce Density And Why Buyers Rarely Notice Until It Is Too Late

Core density reduction is one of the most common and least visible cost-reduction mechanisms in SPC manufacturing.Because the core is hidden between the wear layer and the backing,and because overall plank thickness is easily verified with a calliper while core density requires calculation or laboratory testing,a manufacturer can reduce core density by 20 to 30 percent while maintaining the same overall thickness and the resulting product will pass a visual and dimensional inspection that fails to include density verification.

The Three Density Reduction Methods
The first and most common method is reducing the limestone-to-PVC ratio in the core compound using less calcium carbonate filler and more PVC resin,which is lighter than limestone and produces a lower-density core at the same extrusion settings.The second method is introducing foaming agents into the core compound chemical agents that create microscopic gas bubbles within the extruded core,reducing its mass and density while maintaining its outer dimensions.A foamed SPC core is identifiable by its lower weight and by a slightly different surface texture at the cut edge it looks more cellular than a solid dense core under close examination but it is not immediately obvious in a finished plank without deliberate inspection.The third method is reducing extrusion pressure during production which produces a core with the correct dimensions but lower internal compaction and consequently lower density and structural integrity.
© Copyright 2026 @ Decospaa International LLP. All Rights Reserved.

​​Density vs Thickness A Direct Performance Comparison

The clearest way to understand the density-over-thickness principle is to compare two specific products directly a thicker,lower-density plank and a thinner,higher-density plank across the performance parameters that matter in a real installation.
Performance Parameter  8mm Plank  1,400 kg/m³ Core 6mm Plank  1,900 kg/m³ Core Better Performer
 Underfoot rigidity and feel Moderate slight hollow resonance High solid,dense feel throughout 6mm high-density
 Dimensional stability at 80°C 0.10% to 0.14% change 0.04% to 0.06% change 6mm high-density
 Locking joint retention Moderate lower core integrity at joint High dense material holds profile geometry 6mm high-density
 Residual indentation (ISO 10582) 0.12mm to 0.18mm under standard load 0.04mm to 0.07mm under standard load 6mm high-density
 Subfloor tolerance Better greater overall board thickness Good rigid core compensates partially 8mm low-density
 Acoustic performance Better greater mass at same density Good density partially compensates 8mm low-density
 Weight per plank Higher more material volume Lower less volume but denser Context-dependent
 Long-term joint gapping risk Higher more thermal movement Lower minimal thermal movement 6mm high-density
 Indentation under furniture (12 months) Visible in high-load areas Minimal dense core resists compression 6mm high-density
 Cost to manufacture Lower less limestone,more filler Higher more limestone,denser compound 6mm high-density (better value)

​​How to Evaluate and Specify Core Density Correctly

Specifying core density correctly requires a combination of documentation requests,physical evaluation,and contractual protection.The following steps provide a complete framework for any buyer who wants to make density a verified specification parameter rather than an assumed one.

Request the core density specification in the TDS — The TDS should state core density in kg/m³ explicitly.If the TDS states overall thickness but not core density,ask specifically for the density figure.A manufacturer who cannot or will not state core density is either producing a product whose density they do not want to disclose or whose production process does not deliver a consistent enough density to state with confidence.Both situations are disqualifying for a buyer who requires performance reliability.

Perform the weight-per-plank density calculation on the physical sample — Weigh a full sample plank on a digital scale (in grams).Measure length,width,and total thickness precisely in centimetres.Calculate volume in cm³ (L × W × T).Divide weight by volume to get density in g/cm³,then multiply by 1,000 to convert to kg/m³.Cross-reference the result against the TDS stated density.A significant discrepancy between calculated and stated density more than 50 to 80 kg/m³ is a signal to investigate further before placing any order.

Request a third-party laboratory density certificate — For significant volume orders,request an original laboratory density certificate from an accredited body (SGS,Intertek,or Bureau Veritas) for the specific product SKU being ordered.This is the most reliable verification available and the only one that provides contractual protection in a quality dispute.

Include core density as a contractual specification in the purchase order — State the minimum acceptable core density in kg/m³ explicitly in the purchase contract.This converts density from an assumed characteristic into a contractual obligation and creates the legal basis for recourse if the delivered product fails to meet the specified standard.

Include density verification in the pre-shipment inspection protocol — Instruct the QC inspector to weigh and calculate density from production planks at the pre-shipment inspection stage and compare the result against the approved sample density and the contractual specification.Any production batch whose measured density falls more than 5 percent below the specified value should be flagged for buyer review before shipment release.
Want SPC flooring with verified high-density cores
Decospaa International supplies premium SPC flooring with documented core density specifications backed by third-party laboratory certificates for importers,distributors,and project buyers across India,the Middle East,Africa,and Southeast Asia.Contact our team for density-verified product samples,complete TDS documentation,and competitive wholesale pricing.
store.decospaainternational.com  |  info@decospaainternational.com  |  +91 86002 04089
]]>Mon, 14 Sep 2026 10:00:00 +0530<![CDATA[10 Questions Every Buyer Should Ask Before Purchasing SPC Flooring]]>https://store.decospaainternational.com/blogs/post/10-questions-every-buyer-should-ask-before-purchasing-spc-flooringBuying SPC flooring involves more than comparing prices. This guide outlines the 10 essential questions every importer, distributor, contractor, and project buyer should ask before placing an order.]]>
SPC flooring is one of the most significant purchases a homeowner,developer,or commercial project manager makes.Get it right and the floor performs beautifully for 15 to 20 years with minimal upkeep.Get it wrong and the consequences premature wear,UV fading,joint failure,or certification non-compliance are expensive and disruptive to fix.The difference between a good SPC purchase decision and a poor one almost always comes down to the questions that were asked or not asked before the order was placed.This guide gives buyers,importers,and project specifiers the ten most important questions to ask any SPC flooring supplier before committing to a purchase.

Table of Contents

Sr No. Particulars
 1.
 2.
  3.Red flag answers that signal a supplier to avoid
  4.Questions for specific applications residential,commercial,export
 5.How to evaluate supplier responses a scoring framework
 6.Your pre purchase checklist a summary

​​Why Asking the Right Questions Protects Your Investment

The SPC flooring market in 2026 contains an enormous range of product quality from genuinely premium,fully certified product that will perform for two decades,to budget product that looks acceptable in a sample but begins showing wear within the first year of real use.The price difference between these extremes at the ex-factory level is often 15% to 30%.The performance difference over a five year installation is the difference between a satisfied customer and an expensive replacement project.

The challenge for buyers is that low quality and high quality SPC can look almost identical in a showroom sample.The difference is in the specification parameters that are not visible to the naked eye wear layer thickness,UV stabiliser content,locking system engineering,core density,and backing weight.Asking the right questions and demanding verifiable answers is the only reliable way to establish whether the product you are evaluating will actually deliver the performance it claims.

This is true whether you are a homeowner buying 50 square metres for a renovation,an importer ordering a container for distribution,or a project manager specifying flooring for a 300-room hotel.The questions are the same.What changes is the scale of the financial consequence if the wrong answers are accepted.
© Copyright 2026 @ Decospaa International LLP. All Rights Reserved.

​​The 10 Essential Questions With What Good Answers Look Like

What is the exact wear layer thickness and can you provide a third-party certificate confirming it?
The wear layer is the protective coating on the surface of the SPC plank that determines how long the floor resists scratching,scuffing,and surface degradation.It is measured in millimetres 0.3mm,0.5mm,0.7mm,1.0mm and the difference between these specifications is significant in real-world performance terms.A 0.3mm wear layer is appropriate for light residential use in low-traffic areas.A 0.5mm wear layer is the minimum for standard residential use.Commercial and hospitality applications require 0.7mm or above.

Good answer: "The wear layer is 0.5mm.Here is the SGS laboratory test certificate from the production batch confirming that measurement."
Red flag answer: "It meets standard specifications" or "approximately 0.5mm" without a supporting certificate.

Which locking system does the product use and is it licensed?
The locking system is the mechanical joint that connects SPC planks at their edges and ends.Licensed systems from Unilin (Uniclic/5G),Välinge,or I4F are engineered to precise tolerances and tested for joint integrity over years of thermal cycling the expansion and contraction that occurs as floor temperatures change with seasons.Proprietary unlicensed systems are produced without these standards and are one of the most common sources of joint failure complaints in installed SPC flooring.

Good answer: "The product uses a Unilin Uniclic locking system.Here is our licence number."
Red flag answer: "Our own locking system" or "patented click system" without identifying the licensor.

What certifications does the product hold and can I see the original certificates?
Certification confirms that the product has been tested by an independent third-party laboratory and meets defined performance standards.The most important certifications for SPC flooring include FloorScore (indoor air quality critical for US and Australian markets),REACH compliance (chemical safety required for European markets),ISO 9001 (manufacturing quality management),and SGS or Bureau Veritas lab reports for specific performance parameters.In commercial applications,fire rating certification may also be a project requirement.

Good answer: Supplier provides original certificate documents not PDFs of PDFs with laboratory reference numbers that can be independently verified.
Red flag answer: "We are certified" without producing documents,or providing certificates that cannot be traced back to a verifiable laboratory report.

What is the total board thickness and core density?
Total board thickness (typically 4mm to 8mm) and core density (measured in kg per cubic metre) are two specifications that significantly affect how the floor feels underfoot,its acoustic performance,and its dimensional stability under load and temperature change.A thicker,denser board feels more solid,transmits less impact sound between floors,and is more resistant to denting under heavy furniture.Lightweight boards even at the same stated thickness indicate a lower-density core that compromises these performance characteristics.

Good answer: "Total thickness is 6mm,core density is 1,850kg per cubic metre." Supplier provides technical data sheet confirming both figures.
Red flag answer: Supplier can confirm total thickness but is unable or unwilling to specify core density.

What UV stability testing has been done and to what standard?
UV stability determines how well the SPC flooring maintains its colour when exposed to sunlight over time.This is particularly critical in markets with high UV exposure India,the Middle East,Southeast Asia,and Australia where direct sunlight through windows can degrade insufficiently stabilised flooring visibly within 12 to 24 months.The relevant test standard is ISO 4892-2 (accelerated UV weathering).Premium product is tested to a minimum of 2,500 hours.Budget product is often not tested to this standard at all.

Good answer: "The product is tested to ISO 4892-2 at 2,500 hours with no significant colour change.Here is the test certificate."
Red flag answer: "UV resistant" claimed on packaging without a supporting test certificate from an accredited laboratory.
© Copyright 2026 @ Decospaa International LLP. All Rights Reserved.
Is the product suitable for my specific application and climate?
SPC flooring is not a single specification product  it comes in a range of specifications designed for different use intensities and climate conditions.A product suitable for a dry,air-conditioned bedroom in a temperate climate may not be the right specification for a kitchen in a monsoon-prone Indian city,a hotel corridor in Dubai,or an outdoor adjacent space in a coastal villa.The supplier should be able to advise specifically on whether the product's wear layer,UV stabilisation,backing specification,and dimensional stability are appropriate for your exact application and climate.

Good answer: Supplier asks about your specific application,usage intensity,and climate before recommending a product and backs the recommendation with specification data.
Red flag answer: "This product is suitable for all applications" without any qualification or application-specific guidance.

What are the exact warranty terms and what do they actually cover?
Warranty terms in the SPC flooring market vary enormously from genuinely meaningful coverage that protects the buyer's investment to documents so hedged with exclusions that they offer almost no practical protection.The key questions within the warranty question are: what specific failure modes are covered (wear layer degradation,dimensional stability,joint integrity,UV fading); what is the claim procedure and is it practical from your location; and what is the remedy offered (replacement,repair,or refund).

Good answer: "We offer a 15 year residential warranty covering wear layer performance,dimensional stability,and joint integrity.Claims are handled by submitting photographic evidence to our regional office.Remedy is product replacement."
Red flag answer: "Lifetime warranty" with extensive exclusions that effectively cover nothing,or warranty terms that require returning product to the factory in China for inspection.

Are you the manufacturer or a trading company?
This question matters more than most buyers realise.A direct manufacturer has full visibility and control over production quality,can verify specifications against actual manufacturing processes,and can be held accountable for product performance in a way that a trading company which sources from multiple factories depending on price structurally cannot.Trading companies cannot guarantee production consistency between orders because they are not in control of the manufacturing process.For any significant purchase,always verify you are dealing with the actual manufacturer.

Good answer: Supplier provides business licence,factory registration documentation,and offers factory audit access or a third-party audit report.
Red flag answer: Vague or evasive responses about manufacturing capacity,inability to provide factory documentation,or refusal of factory visit access.

What is the production lead time and how is quality controlled before shipment?
Lead time management is a practical issue that directly affects project timelines and inventory planning.For import orders,the realistic production-to-delivery timeline is 45 to 75 days for most destinations and buyers who underestimate this create project delays that damage relationships and generate additional costs.Equally important is the quality control process between production completion and shipment.Does the manufacturer conduct internal QC checks? Will they accommodate an independent pre-shipment inspection? What documentation accompanies the shipment to confirm it matches the approved specification?

Good answer: "Production lead time is 25 to 35 days.We conduct internal QC checks at each production stage and welcome pre shipment inspection by your appointed agency.Full test reports accompany every shipment."
Red flag answer: Vague lead time estimates,resistance to pre-shipment inspection,or inability to provide production stage QC documentation.

Can you provide references from buyers in similar markets or applications?
A supplier with a genuine track record of successful supply to buyers in markets or applications similar to yours will be able to provide verifiable references without hesitation.References from distributors in your target region,from project managers who have specified the product in similar commercial applications,or from importers who have been buying from this supplier for multiple years are the most reliable indicator of consistent quality and supply reliability available.No marketing material,no website,and no sample is a substitute for a real buyer who can speak to real experience.

Good answer: Supplier provides two or three verifiable contact references with names,companies,and contact details from buyers in comparable markets or applications.
Red flag answer: "We supply major brands globally" without providing specific,verifiable references on request.

​​Red Flag Answers That Signal a Supplier to Avoid

 Red Flag Response Pattern What It Signals
 Our product meets all international standards Vague claim with no specific standards named and no certificates offered
 Certificates provided as low resolution PDFs without verifiable laboratory reference numbers Potential document falsification always verify directly with the issuing laboratory
 Price significantly below market average for the claimed specification Specification compromise somewhere wear layer,UV stabiliser,locking system,or backing
 Reluctance to allow pre-shipment inspection Supplier is not confident the production batch will match the approved sample
 Communication becomes slow or vague after deposit is paid Production or quality issues being managed without buyer awareness
 Warranty document full of exclusions with no clear claim procedure Supplier does not expect to honour warranty claims in practice
 Unable to provide factory location or factory audit access Trading company not manufacturer with no production control

​​Questions for Specific Applications Residential,Commercial,Export

The ten core questions above apply to every SPC purchase.These additional application-specific questions help buyers address the particular requirements of their specific context.

For Residential Buyers
  • Is the product suitable for installation over underfloor heating and what is the maximum operating temperature?
  • What is the recommended subfloor preparation and what subfloor flatness tolerance does the locking system require?
  • Is the acoustic underlay pre-attached or does it need to be purchased and installed separately?
  • What cleaning products and methods are recommended and which should be avoided to protect the wear layer?

For Commercial and Hospitality Buyers
  • What is the slip resistance rating and has it been independently tested to R10 or R11 for wet area applications?
  • What is the fire rating and does it meet the fire safety requirements for the specific building type and jurisdiction?
  • Has the product been tested for resistance to commercial cleaning chemicals including the specific products used in your cleaning programme?
  • What is the recommended maintenance programme for commercial applications and what does the warranty require in terms of maintenance records?

For Import and Wholesale Buyers
  • What is the minimum order quantity and is partial container ordering available for initial trial orders?
  • What import documentation is provided with each shipment commercial invoice,packing list,bill of lading,certificate of origin,and product certifications?
  • What is the batch to batch colour consistency tolerance and how is it measured and documented?
  • What payment terms are available and at what stage is the final balance required relative to shipment?

​​How to Evaluate Supplier Responses A Scoring Framework

After asking the ten core questions,use this simple scoring framework to compare suppliers objectively and make a sourcing decision based on documented evidence rather than impression.
Question  Full Score Answer Partial Score Zero Score
 Wear layer thickness Verified by original third-party certificate Stated in data sheet only Vague or unspecified
 Locking system Named licensed system with licence number Licensed but no number provided Proprietary or unspecified
 Certifications Full portfolio original documents provided Some certificates not all Self-declared only
 Core density Specified in kg/m³ with data sheet Total thickness only Unable to specify
 UV stability ISO 4892-2 test certificate 2500 hours plus UV stable claimed with partial data No test data available
 Application suitability Specific guidance with supporting spec data General guidance only No guidance offered

​​Your Pre Purchase Checklist A Summary

Before placing any SPC flooring order residential,commercial,or wholesale import confirm that the following have been completed.
  • Wear layer thickness confirmed by original third-party laboratory certificate from the production batch
  • Locking system identified as a named licensed system with verifiable licence number
  • Full certification portfolio received as original documents FloorScore,REACH,SGS,or equivalent for your target market
  • Total board thickness and core density specified in the technical data sheet
  • UV stability test certificate received confirming ISO 4892-2 testing to minimum 2,500 hours
  • Supplier confirmed as direct manufacturer with factory documentation and audit access available
  • Warranty terms reviewed in full coverage,exclusions,claim procedure,and remedy all clearly stated
  • Application suitability confirmed for your specific space,usage intensity,and climate conditions
  • Pre-shipment inspection arranged through an independent QC agency for the production batch
  • Payment terms structured to retain minimum 30% until satisfactory pre-shipment inspection report received
Want a supplier who can answer all ten questions with full documentation?
Decospaa International supplies certified premium SPC flooring with verified wear layer specifications,licensed locking systems  third-party documentation for residential,and wholesale buyers across India,the Middle East,Africa,and Southeast Asia.Contact our team for product samples,technical data sheets,competitive pricing
store.decospaainternational.com  |  info@decospaainternational.com  |  +91 86002 04089
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