- WZ - 105 A, Basai Dara Pur, New Delhi - 110015
- mk@taniapolyfilms.com
- +91 9810002434
Tania Poly Films is a trusted name in the flexible packaging industry, specializing in Cast Polypropylene (CPP) Films. We manufacture high-quality, multi-layer CPP films using superior raw materials and cutting-edge technology. Our commitment to innovation and excellence ensures that we meet global quality standards while providing customized packaging solutions for diverse industries.
At Tania Poly Films, quality is at the core of our operations. We have an in-house R&D facility that enables us to develop and refine our CPP film offerings to meet international packaging requirements. Our advanced manufacturing process ensures:
Our state-of-the-art production facility incorporates modern technology, including:
Features:
Applications:
Food Packaging – Ensures product freshness and extended shelf life
Lamination – Used for high-quality flexible packaging solutions
Features:
Applications:
Metallizing & Decorative Packaging – Ideal for aesthetic and protective layers
Lamination – Enhances barrier properties for sensitive products
Features:
Applications:
Food Packaging – Provides light-blocking properties for perishable goods
Confectionery Packaging – Ensures durability and visual appeal
Innovative Technology – Advanced CPP film solutions tailored for diverse industries
Global Quality Standards – Strict adherence to international benchmarks
Customization – Films designed to meet specific packaging needs
Sustainability Focus – Committed to reducing carbon footprint and improving efficiency.
+91 9810002434,
+91- 9818684447
CPP films offer a glossy and clear finish, enhancing the visual appeal of packaged products and increasing shelf presence. The superior optics make it ideal for branding, helping to draw consumer attention.
CPP has excellent heat-sealing capabilities, providing a reliable, secure seal that ensures product protection and longevity. This makes it a preferred material for high-speed packaging machines and applications requiring airtight seals.
With its high heat resistance, CPP films can withstand temperatures in industrial processes and packaging operations, making it an excellent choice for microwaveable packaging or applications exposed to high-temperature environments.
CPP films offer excellent dimensional stability, maintaining their shape and performance even in demanding packaging applications. This is crucial for ensuring that packaging materials fit snugly around products without warping.
Metallized CPP films can provide enhanced barrier protection against moisture, gases, and light. These barrier properties make them ideal for food and perishable product packaging, extending shelf life and preserving product quality.
CPP films are highly pliable and flexible, making them easy to work with in various applications, including forming, filling, and sealing. Their flexibility also ensures that they conform to different product shapes and packaging requirements.
Cast Polypropylene (CPP) films have gained widespread recognition in both traditional and non-traditional flexible packaging applications, thanks to their unique combination of properties and versatility. CPP films offer a balance of performance factors that make them an ideal choice for various industries, establishing themselves as a high-performance material that meets the evolving needs of packaging and beyond.
CPP films offer a favorable cost-to-performance ratio. Their superior yield, in terms of volume produced per weight of material, makes them an economically viable option for manufacturers seeking high-performance packaging at a reasonable cost.
CPP films are versatile, being used in a broad range of packaging and non-packaging applications. From food products like snacks and baked goods to industrial uses like automotive components, CPP’s adaptability ensures it meets a wide variety of needs.
CPP films are recyclable, contributing to sustainable packaging solutions. Many applications of CPP involve reducing the overall amount of plastic waste by offering thinner films with similar performance to thicker alternatives.
