CLICK ABOVE EXPLORE MORE ABOUT EACH STEP

SELECT YOUR vinyl COATING METHOD
(Knife Coating vs Calendar Lamination)

Choosing how the vinyl is applied sets your performance ceiling. We manufacture coated and laminated vinyl using knife-over-roll coating and calendared film lamination. Pick by target coat weight (oz/yd² or gsm), thickness (mils), surface (matte to high-gloss), adhesion for welding or bonding, and printability.

We’ll help you map the method to your spec and budget, providing coated options up to 80 oz.

CLICK EACH BUTTON TO LEARN MORE

Yes. With the right formula of lacquer or primer, knife-coated surfaces deliver crisp ink holdout for digital, solvent, UV, and screen.

Our formula includes fine tuning surface energy, gloss, and texture to popular press and ink sets.

Our options include print-receptive lacquer surface treatments for digital, UV, solvent, and screen. We can pair with micro-emboss options to help further improve ink anchorage while keeping graphics sharp.

Knife coating spreads PVC directly over the scrim with a controlled knife gap for targeted coat weight, texture, and gloss.

Calendar lamination bonds a tightly gauged calendared film to the scrim for ultra-smooth or clear surfaces and easy multi-layer builds.

Both deliver tight tolerance, strong adhesion, and clean print results.

Both achieve precise thickness. Knife coating uses knife-gap and coat-weight checks; calendaring controls film gauge, then laminates to scrim.

Yes. We design for RF or hot-air welding and for adhesive bonding. Peel adhesion is tuned through resin, plasticizer, and topcoat choices. Ask for peel data from our Technical Performance Lab team.

A precision blade spreads PVC onto the scrim. You control knife gap, viscosity, and oven cure to hit targeted thickness, gloss, and adhesion.

FILM CALENDARING PROCESS

The film calendaring process is one of the two primary coating methods used to create vinyl fabric. This process produces a strong, flexible film layer that forms the foundation for vinyl-laminated materials.

Film calendaring creates the base film used for vinyl lamination. The process begins by blending raw materials, including PVC resin, plasticizers, stabilizers, fillers, pigments, and additives such as UV inhibitors and flame retardants.

These materials are heated and mixed into a molten compound, then extruded and shaped into a thin, uniform film using calendared film extrusion. The film is pressed onto a chill roll to achieve a smooth surface and consistent thickness.

Once cooled, the film is collected in rolls and laminated onto a polyester base fabric using heat and pressure. The result is a flexible, durable, and customizable vinyl-laminated textile.

Calendaring is ideal for applications that require consistent thickness, surface clarity, and a smooth finish at high production efficiency.

Diagram of PVC components blended and melted, then extruded through rollers to form calendered film with a finished film web

THE right method MAKES THE DIFFERENCE

KNIFE COATING
  • • Heavier coat weights and blackout builds

  • • Textured surfaces and deep emboss control

  • • Cost-efficient on high-opacity or color-dense runs

  • • Good for weldable constructions and durable backcoats

CALENDAR FILM AND LAMINATION
  • • Tight thickness tolerance and smooth finish

  • • High clarity films and clean print surfaces

  • • Consistent gloss control from matte to high-gloss

  • • Ideal for multi-layer composites and barrier layers

The coating method isn’t just a production step. It’s the difference between a fabric that performs and one that fails early. Getting it right takes a partner who understands both the chemistry and the cost of doing it wrong.

We’ve built that knowledge through decades of hands-on development and collaboration. Whether your project calls for the precision of knife coating or the efficiency of lamination, we’ll guide you toward what works best for your application, your environment, and your standards.

With Value Vinyls, you don’t just get a supplier. You gain a partner who knows how to protect your material, your reputation, and your results.

See how we validate performance before production.

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Technician inspecting a blue coated vinyl sheet for gloss and uniform thickness under lights

COATING METHODS

Pick how the PVC bonds to the base cloth. Each method controls thickness, surface quality, and long-term performance.

Knife coating icon showing a metering blade applying liquid PVC to fabric

KNIFE COATING

A metering blade precisely spreads liquid PVC over the fabric. The distance between the fabric and the knife (knife gap) determines the thickness of the coating, giving precise control of coat weight (10–80 oz), face/back ratios, and additives.

✅ Excels when you need consistent thickness, strong welded seams, and predictable performance across long runs.

Dip coating icon with fabric passing through a liquid PVC bath

EXTRUSION COATING

Molten PVC is pushed through a flat die directly onto the moving fabric, then nip-rolled and cooled to solidify the bond.

✅ This route delivers high bond strength, heavier protective layers, and fast throughput

Calender coating icon showing film being pressed onto fabric

CALENDER COATING

Pre-made calendered film (or Semi-Coated) is heat-bonded to the base fabric using adhesive and pressure.

✅ You get excellent surface flatness and extremely consistent gauge, which is ideal for flawless faces.

Dip coating icon with fabric passing through a liquid PVC bath

DIP-COATING

The fabric is immersed in liquid PVC or plastisol and then cured to form a flexible, conformal layer. Dip coating covers complex weaves well and is a cost-effective choice for utility and industrial applications.

✅ Performance can be tuned for cold-crack, flexibility window, anti-wicking, antimicrobial, and more.

BOTTOM LINE

Tell us the environment and the critical failure mode you need to avoid. Together, we’ll pick the correct coating method and chemistry that hit the spec, then add print compatibility if your project needs it.

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Close-up of clear ripstop laminated vinyl showing the grid reinforcement and glossy finish.

LAMINATION METHODS

Laminated vinyl bonds a PVC film to a reinforcement scrim to tune hand feel, gloss, and cost while keeping weldability and printability strong.

We offer both heat lamination and adhesive lamination in common build weights from 8 oz to 32 oz so you can match performance to the job, not the other way around.

Line icon of a flame over stacked fabric layers indicating heat lamination.

HEAT LAMINATION

A pre-made PVC film is heated and pressed to the base fabric with calibrated nip rollers. The heat softens the film so it flows into the scrim and fuses on contact.

Used in: indoor wall pads, partitions, banners, covers where a smooth face and crisp graphics matter.

✅ Excels for clean two-side surfaces, consistent thickness, tight gloss control, smooth emboss options, good print holdout.performance across long runs.

Line icon of a droplet applying adhesive to stacked fabric layers.

ADHESIVE LAMINATION

A controlled layer of adhesive (acrylic, PU, or hot-melt) is applied to the film or scrim, then the layers are fused under heat and pressure.

Used in: clear panels and windows, ripstop laminates, light structures needing flexible bonds and optical clarity.

✅ This route featuers high peel strength, multi-layer builds, clear/ripstop films, bonding dissimilar layers, specialty properties.

QUICK CHOOSER

Need the smoothest face and predictable gloss? Choose Heat.
Need specialty bonding or clear films? Choose Adhesive.
Both paths support embossing, UV-resistant topcoats, and RF/hot-air weldability.

Ready to spec a build?

Tell us your target weight, gloss, and peel strength and we’ll map the lamination stack that fits.

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