PVC flooring from China has become the flooring category with the fastest export growth in recent years, driven by the rise of stone plastic composite and wood plastic composite products that have taken market share from both traditional vinyl flooring and solid wood flooring in residential and commercial applications worldwide. Chinese factories produce these products at scale and at prices that give importers and flooring distributors extraordinary margins compared to buying from European or North American manufacturers. Understanding the product types and quality variables is essential before placing a first order.
LVT, SPC, and WPC: The Key Differences
Luxury vinyl tile, or LVT, is a multi-layer flooring product where a photographic print film gives the appearance of wood or stone, topped by a clear protective wear layer. Standard LVT uses a flexible vinyl core and is a comfortable, quiet floor covering. SPC, or stone plastic composite, uses a rigid core made from limestone powder and PVC that is dimensionally stable, waterproof, and suitable for installation over underfloor heating and in rooms with significant temperature variation. WPC, or wood plastic composite, uses a foamed wood-polymer core that provides more underfoot cushioning than SPC. SPC has largely taken over from WPC in most markets due to its greater dimensional stability and slightly harder feel that better replicates real flooring.
Wear Layer Thickness
The wear layer is the transparent top layer that protects the printed design from scratching and abrasion. This is the single most important quality specification to confirm when ordering PVC flooring. Wear layer thickness is measured in thousandths of an inch (mil) or in millimeters. For residential use, 6 mil (0.15mm) is the minimum. For commercial use, 12 mil (0.3mm) is standard and 20 mil (0.5mm) is used for high-traffic commercial applications. Do not accept a manufacturer’s word on wear layer thickness. Ask for a cross-section photo and if possible, have an independent test conducted on a sample before committing to a bulk order.
Certifications for Export Markets
Formaldehyde emission is a key certification concern for indoor flooring. FloorScore certification and compliance with CARB Phase 2 or equivalent VOC emission standards are important for North American and European markets. CE marking and EN standards apply in Europe. Confirm applicable certifications with the factory and request genuine test reports before placing an order.
Source PVC Flooring with Agent Foshan
We source SPC, WPC, and LVT flooring for importers, flooring distributors, and construction companies from verified Chinese factories. We conduct quality inspection including wear layer verification and manage shipping from China to your port. Contact us with your specifications for a sourcing proposal.
SPC, WPC and flexible LVT are three different products
They are sold interchangeably and they behave differently. Choosing wrong is the main reason vinyl floors fail after installation.
- Flexible LVT. Glue down or loose lay planks with no rigid core. Thin, quiet, conforms to the subfloor, which also means it telegraphs every imperfection underneath. Needs a very flat, well prepared substrate.
- SPC, stone plastic composite. A dense rigid mineral core. Extremely dimensionally stable with temperature, hard underfoot, hides minor subfloor imperfection, and the best choice for conservatories, sunrooms and anywhere with big temperature swings.
- WPC, wood plastic composite. A foamed core. Warmer, softer and quieter underfoot than SPC, thicker, and more prone to denting under heavy point loads such as a piano leg or a fridge.
If the room gets direct sun through glass, specify SPC. Foamed and flexible cores expand and contract far more, and a floor that gaps in winter and buckles in summer is almost always the wrong core for the room.
Wear layer is the whole durability story
The wear layer is the clear film on top. Everything below it is decoration and structure. Its thickness decides how long the floor survives traffic, and it is quoted either in millimetres or in mil.
Around 0.3mm suits light residential. Around 0.5mm is the sensible residential standard. Around 0.7mm and above belongs in commercial and heavy traffic settings. Below 0.2mm the printed layer wears through in traffic lanes and the floor is finished, because there is no refinishing a vinyl floor.
Ask for the figure and be aware that some suppliers quote total plank thickness instead, which tells you nothing about durability. A thick plank with a thin wear layer is a short lived floor.
Compliance is stricter than people expect
Vinyl flooring is a plasticised product and several markets regulate the plasticisers used, particularly for residential and childcare settings. Some markets also require reaction to fire classification and indoor air emission testing for flooring installed in public buildings.
Ask which plasticiser system the factory uses, request current test documentation covering the actual product, and confirm the specific requirements for your destination with your own compliance adviser. This is one of the categories where enforcement at the border is real.
Price ranges
| Product | Approx. FOB per square metre |
|---|---|
| Glue down LVT, 2mm, 0.3mm wear | USD 3.50 to 6 |
| SPC click, 4mm, 0.3mm wear | USD 5 to 8 |
| SPC click, 5mm, 0.5mm wear, attached underlay | USD 7 to 12 |
| SPC commercial, 0.7mm wear | USD 10 to 17 |
| WPC click, 6mm to 8mm | USD 8 to 15 |
| Herringbone format SPC | USD 11 to 20 |
Approximate ranges. Wear layer, core density, whether underlay is pre attached and the quality of the click profile drive the spread.
The click system is a real differentiator
Licensed locking systems from established developers cost the factory a royalty and are engineered to assemble cleanly and hold under load. Unlicensed copies of a similar profile are cheaper and frequently fussy to assemble, and the joint can open under foot traffic.
Ask which locking system is used and whether it is licensed. Then assemble several planks yourself at inspection, including taking them apart again, because a joint that only works one way in one direction will torment the installer.
What goes wrong
- Wrong core for the room. Gapping and buckling in sunlit spaces, almost always a WPC or flexible product where SPC belonged.
- Wear layer thinner than quoted. The most common substitution in this category and invisible without measurement.
- No acclimatisation before installation, then movement afterwards.
- Poor click profile, causing slow installation and opening joints.
- Compliance documentation that covers a different product code.
- Batch shade variation across a large order. Mix planks from several cartons during laying to distribute any variation.