SmartCycle® LS1 is a PET-based shrink sleeve film engineered for controlled, predictable shrink performance in hot-air and steam applications. Its gradual linear shrink behavior helps deliver consistent results, improved processing efficiency, and excellent shelf appearance while remaining compatible with the PET recycling stream. Designed as a reliable alternative to PVC-based materials, SmartCycle® LS1 supports sustainable packaging goals without compromising operational performance.
SmartCycle® LS1 combines controlled shrink characteristics, operational efficiency and PET recyclability in one versatile sleeve solution. The result is reliable performance for converters and brand owners seeking sustainable alternatives for hot-air labeling applications.
Gradual, controlled shrink behavior helps achieve consistent sleeve application and high-quality finished packaging.
Designed to be recycled within the RIC 1 PET stream, supporting circular packaging initiatives.
Engineered to provide smooth, uniform shrink on straight-sided bottles and containers.
Provides high transparency and print performance for vibrant graphics and brand visibility.
Predictable shrink characteristics enable consistent processing and can help improve operational efficiency.
Offers a PET-based alternative that combines recyclability with dependable processing performance.
Application Engineering Support
Dedicated experts support sleeve application, shrink performance and compatibility with high-speed lines to ensure efficient and reliable operations.
Advanced Material Science
Decades of polymer expertise enable the development of high-performance label films like Pentalabel® SmartCycle® LS1, combining functionality with consistent processing and print results.
Global Supply & Manufacturing
With production and support across multiple regions, kp provides reliable supply and consistent quality for global labeling programs.
Consistent Quality & Performance
High manufacturing standards and quality control ensure reliable film performance, supporting stable processing and consistent results across production runs.
