Custom Heterogeneous Vinyl Flooring

Heterogeneous vinyl flooring consists of multiple bonded layers, each serving a distinct functional purpose. The top wear layer provides abrasion resistance, while a printed design layer delivers visual appearance, and a backing layer contributes dimensional stability and underfoot comfort.

Material Composition and Structure

Typical constructions include a PVC‑based wear layer ranging from 0.3 mm to 0.7 mm thickness, a high‑definition printed film, a filled PVC core for rigidity, and a backing layer that may incorporate foam or fiberglass reinforcement. The layers are fused under heat and pressure to eliminate delamination risks.

Additives such as plasticizers, stabilizers, and pigments are selected to meet specific performance criteria, including low VOC emission and resistance to staining agents commonly found in industrial environments.

Performance Characteristics

Customization Options

• Width: available from 1.0 m to 2.0 m in 0.1 m increments
• Length: continuous rolls up to 30 m or custom cut‑to‑length
• Wear layer thickness: selectable between 0.3 mm and 0.7 mm
• Surface finish: matte, low‑gloss, or embossed patterns for slip rating adjustment
• Color/pattern: full‑color printing with Pantone matching or custom designs
• Edge treatment: straight, beveled, or interlocking profiles
• Backing type: standard PVC, foam‑backed for acoustic improvement, or fiberglass‑reinforced for high‑load areas

Typical Applications

In healthcare facilities, the flooring’s seamless surface and chemical resistance support strict hygiene protocols while reducing slip hazards in wet zones. Educational institutions benefit from its durability under high foot traffic and the ability to incorporate wayfinding graphics directly into the wear layer.

Retail environments utilize the product’s aesthetic flexibility to match branding, whereas industrial settings such as warehouses and laboratories rely on its load‑bearing core and resistance to spills. The modular roll format allows rapid installation over large areas with minimal downtime.

Quality Control and Testing

Each production batch undergoes inline thickness monitoring using laser gauges, ensuring tolerances stay within ±0.05 mm. Adhesion between the wear layer and printed film is evaluated by peel‑strength testing according to ASTM D903, targeting values above 1.5 N/mm.

Dimensional stability is assessed after exposure to 80 °C for six hours, with acceptable change limited to 0.25 %. Slip resistance is measured using the pendulum tester, and results are correlated to the specified R‑value range. Final inspection includes visual defect checks under standardized lighting to detect color variation or surface imperfections.

Packaging and Logistics

Rolls are wound on rigid cardboard cores with internal diameters of 76 mm or 102 mm, depending on weight. A protective polyethylene film shields the surface during transit, and edge protectors prevent mechanical damage. Standard pallet configuration holds up to 12 rolls, secured with stretch wrap and corner braces for safe handling.

For export shipments, moisture‑barrier bags and ISPM‑15 compliant wooden pallets are available upon request. Documentation includes material safety data sheets, test certificates, and installation guidelines customized to the project specifications.

Frequently Asked Questions

• Can dimensions be customized? Yes – width, length, wear‑layer thickness, and backing type are adjustable to meet project requirements.
• What information is required before quotation? Detailed area measurements, desired wear‑layer rating, preferred finish, and any special performance criteria (e.g., acoustic, fire rating) enable accurate pricing.
• What materials are available? Core formulations include standard PVC, plasticizer‑reduced blends, and reinforced composites; wear layers are offered in pure PVC or PVC‑PU hybrids.
• How is quality inspected? Inline gauges, adhesion tests, dimensional stability chambers, slip resistance pendulums, and final visual inspection constitute the QC protocol.
• What packaging methods are available? Rolls on cardboard cores with protective film, palletized with stretch wrap, and optional moisture‑barrier bags for export.
• How are export shipments protected? Using ISPM‑15 pallets, moisture‑barrier wrapping, and corner bracing to prevent shifting and water ingress.
• What is the typical production lead time? Generally 3‑4 weeks after final specification confirmation, subject to order size and customization complexity.
• How are samples arranged? Small‑size sample strips (up to 300 mm × 100 mm) can be shipped via express courier upon request, with associated freight charges.

Request a Quote

For technical consultation or a formal quotation, provide your project details using the contact form below. Our engineering team will respond with material recommendations, lead‑time estimates, and pricing tailored to your specifications.