Thermal Silk

Thermal Silk | Premium Matt Lamination Film with Smooth, Silk-Like Finish

Thermal Silk Lamination Film is the ideal middle ground between matt and gloss, offering a low-sheen, smooth surface that feels refined and luxurious to the touch. Designed for premium print and packaging, this film delivers a soft, silk-like texture with subtle light reflection, enhancing colours and details without the glare of traditional gloss or the flatness of matt.

Made from high-quality BOPP (biaxially oriented polypropylene) and coated with a low-melt thermal adhesive, Silk is compatible with standard thermal laminators and adheres cleanly to coated and printed substrates. The finish offers both visual impact and tactile appeal, making it a popular choice for luxury brochures, corporate folders, product packaging, book covers, and high-end marketing materials.

Our silk laminating film subtly boosts contrast and depth while maintaining a smooth, glare-free appearance. It also adds a layer of durability, protecting against surface wear, making it as practical as it is polished.

Silk is particularly well-suited to jobs where understated elegance, tactile finish, and readability are important. It pairs beautifully with spot UV varnish or foil stamping for enhanced design contrast, giving you more creative control over your final finish.

Key Benefits of Thermal Silk Lamination Film:

• Silk-Like Finish: Smooth, soft-touch surface with low sheen and light reflectivity.

• Elegant Visual Tone: Enhances colour contrast while maintaining a refined aesthetic.

• Durable & Protective: Guards against everyday handling.

• Thermal Application: Low-melt adhesive suitable for standard laminating machines.

• Versatile & Premium: Ideal for brochures, folders, packaging, and luxury branding.

• Perfect for Print Enhancements: Pairs well with spot UV, foil, or sleeking for layered effects.

Explore our full range of premium lamination films or speak with our team to find the perfect finish for your next standout print or packaging project.