PLA Blister film(High Gloss & Clarity) - Keyful PLA-SAP
PLA Blister film(High Gloss & Clarity) - Keyful PLA-SAP
PLA Blister film(High Gloss & Clarity) - Keyful PLA-SAP
PLA Blister film(High Gloss & Clarity) - Keyful PLA-SAP
PLA Blister film(High Gloss & Clarity) - Keyful PLA-SAP
PLA Blister film(High Gloss & Clarity) - Keyful PLA-SAP

PLA Blister film(High Gloss & Clarity) – Keyful PLA-SAP

•Derived from renewable corn, certified for industrial composting.

•High transparency

•Printable, compatible with UV and screen printing

•Alternative to APET blister sheet

Keyful PLA-SAP offers a highly transparent, printable, and customizable PLA blister film solution. Utilizing renewable resources and an industrial composting pathway, it helps clients in the market balance packaging aesthetics with sustainability goals. Surface treatment enhances compatibility with UV/screen printing, while a controlled 250μm thickness with tight tolerances facilitates consistent die-cutting and thermoforming for reliable high-volume delivery.

We focus on the research & development, production, manufacturing, and supply of various flexible, environmentally friendly, and biodegradable packaging films, covering BOPP, BOPET, BOPA, PE, and recyclable single-material films, and are committed to meeting the diverse packaging solution needs of the market.

Keyful PLA-SAP’s PLA blister film / PLA blister sheet utilizes a renewable corn-based system and is designed with an industrial composting certification route, offering a more environmentally friendly alternative to biodegradable PLA blister film / compostable PLA blister film needs.

The film surface maintains high transparency, facilitating visual inspection after forming and is treated with corona/surface tension (38 dyn/cm), providing a printable surface compatible with UV and screen printing, and is a common process replacement for APET blister sheet. The material is 250μm thick (±5%), with a tensile strength of 46MPa.

PLA Blister film(High Gloss & Clarity) - Keyful PLA-SAP

Applications

  • Used in packaging industries requiring blister forming, such as toys, health supplements, and similar products.
  • Suitable for outer packaging requiring clarity and print readability (barcodes/patterns/UV information)
  • Ideal for customers with high sustainability requirements: replaces APET, guiding the supply chain towards biodegradable blister film PLA
  • Can be used as an upstream material for mass customization in die-cutting/lamination/bonding, supporting mold shape development and process matching

Technical Properties (Typical Values)

Properties Units Result Test method
Thickness microns 250 DIN 53 370
Thickness Var. (±) % ±5% ASTM D-374-C
Treatment (Corona / Surface Tension) dyne/cm 38 ASTM D-2578
Tensile Strength MPa 46 GB/T 1040.2-2006
Elongation % 6 GB/T 1040.2-2006
Vicat Softening Temperature (VST) °C 56 GB/T 8802-2001

All properties are tested under standard laboratory conditions: 23±2ºC; 50±5% RH, unless otherwise stated. Where relevant, tests are based on international testing standards. Metallising is conducted by a sub-contractor. MD – Machine Direction TD – Transverse Direction.

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    Based on the industrial composting certification standards required for your product, we suggest providing corresponding certification documents and usage recommendations to facilitate your alignment with end-user compliance requirements.

    This PLA is positioned for high transparency, with its main advantage being the visual clarity after molding. If you have specific indicators for haze/clarity, please provide testing methods for alignment.

    The material has undergone surface treatment (corona/surface tension) to enhance ink adhesion. The specific effect will be influenced by the ink system and baking/curing parameters, so we recommend a small-scale test for confirmation.

    Generally, surface treatment helps improve the stability of printing/coating adhesion. However, if you plan to do lamination or post-printing processing, we can match the entire process flow together.

    The nominal thickness is 250μm, with a thickness deviation of ±5%. This is a controllable range for die-cutting and forming. If you have stricter tolerances for certain mold positions, we can discuss customized solutions further.

    VST represents the reference point for the start of softening. The actual thermoforming window needs to be optimized based on equipment, molds, heating method, and speed. We suggest providing parameter recommendations and sample verification paths based on your process.

    Custom process alignment is supported (such as dimension cutting, surface treatment requirements, printing adaptation). Specifically, it will be based on your mold specifications and finished product requirements. We can proceed with quotation and sampling according to B2B bulk requirements.

    PLA materials are typically sensitive to storage environments. We recommend managing them in accordance with conventional dry, moisture-proof, and light-avoiding warehousing methods. If you have humidity control standards, we can also align and implement them.