[Plastic] Transparent Textures

Plastic reads as plastic because of its coat, not its colour. A thick, smooth clear layer sits over the pigment, so the highlight stays tight and slides across the form while the colour underneath stays flat and even. This collection is procedural moulded plastic — deep tinted gloss, lens and dome forms, layered colour fields and pressed panelling — rendered as opaque stock under a heavy coat rather than as true glass, and tiling seamlessly in both directions.

License

Free for personal and commercial use. No attribution required. Commercial games, film, product visualization, and client work are all permitted. No credit, no backlink, no permission request needed. You may not resell or redistribute the texture files themselves as a texture pack.

What's in this collection

• Deep tinted gloss — saturated colour under a thick clear coat, the look of moulded acrylic in raking light. Product shells, signage, consumer goods.
• Lens and dome forms — rounded bosses and concentric rings that bend the highlight the way a moulded lens does. Buttons, indicators, light covers.
• Layered colour fields — overlapping tinted zones with soft internal transitions, reading as stacked coloured film. Panels, packaging, interface props.
• Moulded panelling — pressed geometric cells and raised studs across a single continuous shell. Housings, trays, toy and prop surfaces.

All tiles are seamless in both directions and delivered at high resolution.

Where transparent plastic is used

Product visualization. Packaging, bottles, cosmetics, and electronics. Transparent packaging is one of the hardest categories to render convincingly and one of the most commercially common.

Architectural visualization. Light diffusers, polycarbonate roofing, partition screens, and balustrade panels.

Game environments. Sci-fi displays, laboratory equipment, protective screens, and vehicle canopies.

Film and VFX. Practical-looking props in close inserts where refraction has to match the surrounding plate.

How to use these in Blender

1. Build the material on a Principled BSDF with Transmission at 1 and IOR around 1.46–1.58 depending on the polymer.
2. Use the texture to drive Roughness and Transmission Roughness for frosted and diffuser variants, keeping Base Color near white.
3. Give the model real thickness. A single-sided plane cannot refract correctly, and solid geometry is what produces the edge darkening that identifies plastic.
4. Add a faint dust and fingerprint layer into roughness. Perfectly clean transparent plastic is the most common reason a product render looks synthetic.

How to use these in Unreal Engine 5

1. Import the texture and create a Translucent material with refraction enabled, or use Thin Translucent for flat panels where full refraction is unnecessary.
2. Feed the texture into Opacity and Roughness to control where the surface diffuses versus stays clear.
3. Add a fresnel term into Specular so edges brighten — this cheaply reproduces the edge effect that real refraction would produce.
4. Watch sorting order. Overlapping translucent surfaces are a frequent source of artifacts in real time; limit stacked layers where possible.

How to use these in Unity

1. Drop the texture into your project's Assets folder.
2. Use a transparent rendering mode and assign the texture to control alpha and smoothness.
3. Set Smoothness high, 0.85–0.95 for clear, and lower for frosted variants.
4. Add a reflection probe. Transparent plastic without reflections reads as a coloured hole in the geometry.

Tips for transparent plastic specifically

Dirt is what makes it visible. A pristine clear panel gives the eye nothing to lock onto. A trace of dust, a fingerprint, or a faint scuff defines the surface plane and immediately reads as a real object.

Color comes from thickness. Tinted plastic is pale where thin and saturated where thick, which is why a bottle is deepest in color at its shoulders and neck. Applying a flat tint loses that entirely.

Light the background, not the plastic. Transparent objects are defined by what passes through them, so the lighting behind and around the object does far more work than any light aimed at its surface.

Browse the collection

Plastic textures are organized into volumes, each containing multiple packs. New volumes are added continuously.

View the full Plastic collection →

Related: Crystal textures for related refractive work, Mask textures for dust and fingerprint overlays.