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Agriculture›
Apparel and fashion accessories›
Construction & real estate›💡Electronic & Electrical›🍎Food & Beverages›🛋️Home furnishing & supplies›⚗️Industrial goods & chemical›🪨Minerals & metals›📦Miscellaneous›











Based in China, Plastic Lenticular Technology Limited lists 18 active products across several categories such as optical lenses, laminates and printed fabrics. The catalogue focuses on lenticular film and sheet products made from polypropylene (PP), polyethylene terephthalate (PET), thermoplastic polyurethane (TPU) and PVC, with line‑per‑inch (LPI) specifications ranging from 20 LPI to 100 LPI. Each entry identifies a specific material and application, for example 3D PP 100 LPI lens film, 50 LPI flip lenticular sheet for inkjet printing, and 0.45 mm PP fly‑eye microlens film. The supplier also mentions custom lenticular printing services, indicating the ability to produce flip cards and 3D effects on textiles, caps and bags. No HS‑code information is supplied, so the description relies on the material types and LPI grades provided in the facts.
The product list includes a variety of lenticular films: PP and PET sheets with 75 LPI, 100 LPI and 160 LPI densities; TPU and PVC based flip‑lenticular fabrics for apparel; fly‑eye microlens films with 0.45 mm thickness; and lower‑resolution panels such as 30 LPI clear sheets and 25 LPI depth boards. In the lenticular industry, LPI determines the visual resolution of the 3‑D effect, with 70‑100 LPI considered high‑definition for promotional packaging, while 20‑40 LPI is common for larger‑format displays. Materials are chosen for specific printing processes: PET and PP for UV flatbed printers, TPU for flexible textile printing, and PVC for durable outdoor signage. Typical specifications also cover optical clarity (transmission >90 %), thickness tolerance ±0.02 mm, and surface hardness measured by Shore A for TPU variants.
The catalogue offers polypropylene (PP), polyethylene terephthalate (PET), thermoplastic polyurethane (TPU) and PVC. Each material is selected for specific printing processes and end‑use durability.
LPI stands for lines per inch; it defines the density of the lenticular lenses. Higher LPI (70‑100) delivers finer 3‑D detail, while lower LPI (20‑40) is used for larger visual effects.
Request a technical data sheet that lists the nominal thickness (e.g., 0.45 mm) and tolerance (±0.02 mm). A calibrated micrometer measurement on a sample confirms compliance.
Typical requests include ISO 9001 for quality management, REACH compliance for chemical safety, and CE or UL reports if the product will be used in consumer goods.
Lenticular sheets are usually wound on rolls or stacked in flat packs, placed in moisture‑resistant poly‑bags, and palletised for container loading.
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