Thermal Metalized Film
What Is Thermal Metalized Film? Core Definition Thermal Metalized Film is a composite material created by depositing an ultra-thin layer of metal—commonly aluminum, copper, or nickel—onto the surface of plastic substrates such as PET or PP. This is achieved via vacuum evaporation or sputtering technologies. The resulting film merges the thermal and electrical properties of […]
Metalized PE Film / VMPE
What Is Metalized PE Film / VMPE? Core Definition Metalized PE Film / VMPE is created by vaporizing aluminum or other metals in a high-vacuum environment and depositing a nanoscale metal layer on polyethylene film. This process produces a flexible, lightweight film with the barrier performance of metals and the processability of PE. VMPE films […]
Metalized CPP Film / VMCPP
Metalized CPP Film / VMCPP Description Thickness: 18，20，25，30mic. Specification Thickness of film Thickness of aluminum layer Width Diameter Core size 18，20，25，30μm 350-380Å ≤2320mm ≤800mm 76mm(3″)152mm(6″) Typical product performance： Item Unit Standard value Test method Thickness of film μm 25 ASTM D-374 Tensile Strength MD Mpa 54 ASTM D-882 TD 33 Elongation MD % 565 ASTM […]
Matt Metallized Film
Technical Specifications of Matt Metallized Film Tradsark provides customizable Matt Metallized Film to meet specific client requirements. Typical specifications include: Thickness of film Thickness of aluminum layer Width Diameter Core size 12-50μm 300-400Å ≤2320mm ≤800mm 76mm(3″)152mm(6″) Specification :12um,15um,18um,Thickness of Aluminum layer 400A,we can produce on customer’s request. Typical product performance： Item Unit Standard value Test […]
Color Metallized Film
What Is Color Metallized Film? Definition and Core Technology Color Metallized Film is a multi-layered composite that integrates the reflective qualities of metals with the visual appeal of colored coatings. The process involves: Vacuum Metallization: Aluminum or other metals are evaporated in a high-vacuum chamber and deposited on the plastic substrate, forming a layer only […]
Metallized PET Film / VMPET
What Is Metallized PET Film / VMPET? Definition and Core Technology Metallized PET Film, also called VMPET, is manufactured by vacuum depositing a thin metal layer onto PET film. Aluminum is the most common metal due to its affordability, excellent barrier properties, and reflectivity. The vacuum metallization process ensures: PET Substrate: Provides dimensional stability, high […]
Metalized BOPP Film / VMBOPP
What Is Metalized BOPP Film / VMBOPP? Core Definition & Technology Metalized BOPP Film / VMBOPP is produced using vacuum metallization, where aluminum is vaporized under a high-vacuum environment and uniformly deposited on the surface of BOPP film. This results in: BOPP Substrate: Provides high tensile strength, clarity, flexibility, and dimensional stability. Aluminum Coating: Offers […]
Metalized CPP Film / VMCPP
What Is Metalized CPP Film / VMCPP? Core Definition & Technology Metalized CPP Film / VMCPP is produced through a vacuum metallization process, where aluminum or other metals are heated to vaporize in a high-vacuum chamber. The metal vapor uniformly deposits on the surface of a CPP film, forming a nanoscale metallic layer. This unique […]
Metalized PE Film / VMPE
What Is Metalized PE Film / VMPE? Core Definition Metalized PE Film / VMPE is created by vaporizing aluminum or other metals in a high-vacuum environment and depositing a nanoscale metal layer on polyethylene film. This process produces a flexible, lightweight film with the barrier performance of metals and the processability of PE. VMPE films […]
High Aluminum Layer Mirror Reflective Film Agricultural PE PET Film for Apple Orchard
What is High Aluminum Layer Mirror Reflective Film? High Aluminum Layer Mirror Reflective Film is a composite agricultural material, manufactured by vacuum-depositing a thin aluminum layer onto a polyethylene (PE) or polyethylene terephthalate (PET) substrate. The aluminum layer is typically 300–500 Å thick, providing superior reflectivity while maintaining flexibility. Depending on the crop type, the […]
