 |
loading
| Availability: | |
|---|---|
| Quantity: | |
Metallized CPP (Cast Polypropylene) Film is a cast polypropylene film coated with a thin metallic layer, typically aluminum, through a vacuum metallization process. It offers excellent moisture barrier properties, good heat sealability, and a bright metallic appearance that enhances product presentation. Compared with other films, it provides superior flexibility and strong sealing performance, making it ideal for high-speed packaging applications.
This film maintains good tensile strength and processability while delivering reliable protection against external elements. It is widely used in food packaging, snack wrappers, confectionery, and laminated flexible packaging structures. Metallized CPP Film is especially valued for applications that require both attractive shelf appeal and dependable sealing performance.
| Item | Specification |
Material | Cast Polypropylene (CPP) |
Surface Treatment | One side metallized (vacuum aluminum coating) |
Thickness | 20–60 μm (customizable) |
Width | 300–2000 mm (customizable) |
Color | Silver / Metallic finish |
Gloss | High glossy appearance |
Moisture Barrier | Excellent |
Oxygen Barrier | Good |
Light Barrier | Excellent |
Tensile Strength | Good |
Flexibility | High |
Dimensional Stability | Good |
Heat Seal Temperature | 110°C – 140°C |
Printing | Gravure & flexographic compatible |
Lamination | PE, BOPP, PET and other films |
Reflectivity | 95-96% |
Main Applications | Snack packaging, confectionery, biscuit wraps, laminated flexible packaging |
Excellent Heat-Seal Strength
Offers strong and reliable heat sealing at relatively low temperatures, making it ideal as an inner seal layer in flexible packaging.
Improved Moisture Barrier
The aluminum coating enhances moisture resistance compared with plain CPP, helping protect packaged products.
High Flexibility & Toughness
CPP substrate provides good impact resistance and flexibility, reducing cracking risk during handling and forming.
Inner Seal Layer in Flexible Packaging
Metallized CPP film is widely used as an inner heat-seal layer in laminated packaging structures. Its strong seal strength and low sealing temperature ensure reliable package integrity for snack foods, bakery products, and dry goods.
Moisture-Sensitive Food Packaging
Suitable for products requiring enhanced moisture protection, such as biscuits, confectionery, powdered foods, and instant products. The aluminum layer improves moisture barrier performance, helping maintain freshness.
Laminated Multi-Layer Structures
Commonly combined with BOPP, PET, or other films through dry or extrusion lamination. It functions as a sealable barrier layer in pouches, sachets, and roll stock packaging.
Retort & Specialty Packaging (Specific Grades)
Certain grades can be developed for higher temperature resistance, making them suitable for specialized food packaging applications where stable sealing and durability are required.
Industrial & Consumer Goods Packaging
Used in packaging for household and industrial products where moisture protection, seal strength, and durability are important.
Shanghai, China — Zhejiang Pengyuan New Material Co., Ltd. is proudly participating in the 38th edition of CHINAPLAS, the International Rubber & Plastics Exhibition, being held from April 21 to 24, 2026, at the National Exhibition and Convention Center (Hongqiao), Shanghai. This year’s exhibition sh
Metal Transfer in Metallized Film: Causes and Prevention During LaminationMetal transfer in metallized film is a common lamination defect that occurs when the thin aluminum coating separates from its polymer substrate and transfers to another layer of the laminate.This problem can reduce bond streng
Struggling with OTR/WVTR failures after lamination? Discover the root causes of metallized film barrier loss and how to prevent costly defects.
Higher optical density doesn't guarantee better barriers. Learn why over-specifying metallized film OD causes packaging failures and increases costs.
Hidden metallized film pinholes destroy packaging barriers. Learn how to mitigate flex cracks, optimize testing, and prevent costly spoilage.
Decode OTR vs WVTR to prevent flexible packaging failures. Select the right barrier films to maximize shelf life and avoid costly product spoilage.
The packaging industry operates under constant pressure to reduce costs and lightweight materials. This economic driver makes aluminum foil replacements highly attractive for high-temperature applications. Procurement and engineering teams frequently evaluate alternative barrier layers to optimize s
The flexible packaging industry faces a continuous mandate to balance premium shelf appeal with rigorous barrier requirements and cost control. Converters and brand owners often struggle with the trade-offs between material cost, high-speed machinability, and the need to protect sensitive formulatio
Food spoilage driven by oxygen, light, and moisture ingress represents a massive financial and safety liability for global supply chains. In environments where temperatures fluctuate between 40°F and 140°F, bacteria can double every 20 minutes. For brands managing sensitive organics, snacks, or phar
The packaging industry is aggressively shifting away from unrecyclable multi-material laminates, such as PET/AL/PE structures. This shift forces packaging engineers to evaluate mono-material alternatives without compromising barrier integrity. Procurement teams and packaging engineers must determine
The transition from rigid packaging and pure aluminum foil to flexible metallized films has fundamentally transformed packaging economics across global supply chains. However, selecting the wrong polymer substrate can severely compromise product shelf life, structural integrity, and overall brand pe
Metallized PET, BOPP, and CPP are not interchangeable. The right choice depends on the performance required by the final product. Metallized PET is generally considered when strength, dimensional stability, and reliable barrier performance are important. Metallized BOPP is often selected for lightwe
The right metallized film for electronic component packaging should be selected based on moisture and oxygen barrier requirements, mechanical strength, electrical or ESD requirements, optical density, film thickness, surface treatment, and the converting process—not simply by choosing the most
Buildings gain and lose heat through several mechanisms, including conduction, convection, and radiation. Traditional insulation materials mainly focus on slowing conductive and convective heat transfer. However, radiant heat can also have a significant effect, particularly in buildings exposed to s
Metallized plastic films are widely used in flexible packaging, insulation, labels, decorative materials, and industrial products. By combining a lightweight plastic substrate with a thin metallic coating, these films can provide a balance of barrier performance, light protection, flexibility, appea
Metallized Film for Industrial Lamination: Barrier, Reflectivity and DurabilityAs manufacturers look for lighter, more functional, and more efficient composite materials, metallized film for industrial lamination is becoming an important material option. By combining a polymer film substrate with a
Metallized film improves food packaging barrier performance by adding a thin aluminum layer that can reduce the transmission of oxygen, moisture vapor, and light. Metallized PET is particularly useful because it combines these functional properties with the strength, dimensional stability, and proce
Cardboard packaging is widely used because it is lightweight, printable, and relatively easy to convert into boxes, cartons, sleeves, and other packaging formats. However, cardboard alone has limited resistance to moisture and light, which can become a concern when packaging products that are sensit
Metallized film helps improve agricultural insulation by reflecting radiant heat and managing light within protected growing environments. When incorporated into greenhouse insulation, reflective curtains, tunnel covers, or multilayer agricultural materials, its low-emissivity aluminum surface can h
When selecting a metallized film for flexible packaging, metallized PET and metallized BOPP are two widely used options. Both are produced by depositing a thin aluminum layer onto a polymer film through vacuum metallization, providing reflective properties and enhanced barrier performance.The main d
