Pvc deco sheet

1. Understanding the Essence and Structure of the Film

First, let’s examine the typical cross-section of a multi-layered film. As shown in the image above, the film consists of four distinct layers:

Top Layer (Yellow): Transparent Film (Protection)
Second Layer (Green): Print Layer (Design)
Third Layer (Orange): Base S/T (Base Sheet)
Bottom Layer (Blue): Thickness-Adjusting S/T (Application-Specific Customization)

The essence of this multi-layered structure lies in the separation and optimization of functions.
Since it is difficult to achieve aesthetics, protective performance, flexibility, and cost-efficiency simultaneously with a single, uniform material,
each layer is assigned a specific role; by bonding them together, a single surface finishing material with optimal performance is created.

2. In-depth Analysis and Theoretical Background by Layer

Each layer is manufactured through a precise process and embodies complex technical principles. We examine the functions of each layer in detail, proceeding from top to bottom.

• ● Layer 1: Transparent Film – The Protective Shield Ensuring Durability

  Located at the outermost surface, this layer consists of a transparent polymer resin (such as PVC, PET-G, or PP, depending on the type).
  Its core function is to protect the underlying printed layer. This layer acts as a physical barrier, shielding the printed design from contaminants, scratches, ultraviolet (UV) rays, and chemicals, thereby preserving the original aesthetic over the long term.
  Recent advancements have further maximized functionality by incorporating features such as gloss control (glossy or matte finishes) and antibacterial properties.

  Ogu Industry PVC Embossing Line

• ● 2nd Layer: The Printing Layer – A Canvas for Aesthetics

  This is the space where the brand's desired design vision comes to life. Oil-based inks are typically used, blended with thinners and pearlescent particles tailored to the specific application.
  Oil-based inks offer excellent adhesion and vivid color reproduction, making them ideal for realistically capturing the intricate textures of natural wood or stone.
  Furthermore, precise viscosity control via thinners and the addition of pearlescent particles impart a subtle sheen and a sense of depth to the surface, creating a sophisticated visual finish.

  Ogu Industry PVC Deco Sheet Printing Line

• ● 3rd Layer: Base S/T (Base Sheet) – Primer for Perfect Color

  The orange layer situated beneath the print layer serves as the foundation for the printing process.
  If the base sheet's color differs significantly from the intended design, issues such as color distortion or the background color showing through can occur;
  therefore, selecting the optimal base sheet color to match the design is essential for producing high-quality film.

• ● 4th Layer: Thickness-Adjusting S/T – The Engine for Versatile Applications

  The bottom-most blue layer is the thickest section, determining the product's physical properties.
  For instance, while standard furniture door surfaces require a thin film, edge films—applied to the edges of furniture—must be significantly thicker to ensure impact absorption and ease of processing. Interior films also require specific thickness and flexibility to facilitate application on curved surfaces.
  This layer defines the film's final application by precisely controlling thickness and hardness (flexibility) to suit these specific uses.

3. Industrial Applications and Value Analysis

What specific value does this sophisticated multi-layered structure create in actual industrial settings?

• ● Case A: Production of Premium Solid Wood-Style Living Room Cabinets

  Instead of using expensive solid wood, a film is used that features a high-resolution printed layer with a realistic wood pattern applied over a Base S/T, topped with a scratch-resistant transparent protective coating. This approach preserves the aesthetic appeal of solid wood while enabling mass production and drastically reducing costs; furthermore, it offers superior durability and resistance to moisture and warping compared to actual solid wood.

• ● Case B: Office Desk Edge Finishing

  The sharp edges of desk surfaces are prone to frequent impacts.
  To address this, a thick film featuring a significantly reinforced thickness-adjusting S/T (structural layer) is applied to enhance impact absorption, while the top transparent film layer offers superior abrasion resistance to prevent the edges from fraying over time.

• ● Case C: Trendy Matte Interior Finish

  To achieve the currently popular matte interior look, a matte texture is created through surface treatment of the transparent protective film layer.
  In this instance, it is theoretically more advantageous to secure both the matte finish and stain resistance through physical treatment of the protective layer rather than by altering the ink in the printed layer.

In this way, multi-layer film technology provides flexible and effective solutions by optimizing each layer to meet the diverse requirements of clients—such as patterns, durability, and intended use.

4. Conclusion and Criteria for Selecting the Optimal Surface Material

In conclusion, the value of multi-layered films in the furniture and interior surface finishing market extends far beyond mere visual aesthetics.
The precise integration of each layer enables the simultaneous achievement of key modern manufacturing goals: high quality, multifunctionality, and cost-efficiency.
Leveraging its accumulated expertise in composite film technology and robust quality management systems, Ogu Industry serves as a partner dedicated to enhancing the product competitiveness of its clients.