MOQ: | 30000 s.q.m. |
Standard Packaging: | EPE film + PE wrap + Processed wooden pallet |
Delivery Period: | within 20 days |
Payment Method: | T/T, L/C |
Supply Capacity: | 50000 kg per week |
60 μm blue cast polypropylene silicone coated release film for food, medical can industrial packaging
The 60-micron translucent blue or opaque blue CPP (Cast Polypropylene) film is a specialized type of release liner that is specifically
designed for use in applications where a colored release liner is necessary. The blue color is used to differentiate product lines, product
families, specific ingredients or to add a distinctive cool color to the product.
Some of the main applications of the 60-micron translucent blue or opaque blue CPP film include:
1. Labels:
Blue-colored release liners are often used in labeling applications of products ranging from packaged foods and beverages to consumer
electronics.
2. Tape and adhesive manufacturing:
The blue release liner is used as a backing material for tapes and adhesives, especially those used in marking, identifying, and warning
applications, such as electrical tapes or safety tapes.
3. Automotive and aerospace industries:
Products that require color-coded release films for easy identification in the automotive and aerospace industries can utilize this type of
release liner.
4. Industrial identification tapes:
Blue-colored release liners can be found in industrial identification tapes used to mark cables, wires, and other equipment.
5. Decorative applications:
The blue-colored release liner is used in decorative applications for a wide range of products, including gift wraps, ribbons, and metallic or
glittered finishes.
Overall, the 60-micron translucent blue or opaque blue CPP film provides a reliable and consistent release surface for products that require
a colored release liner. The physical properties of colored release liners are generally similar to clear release liners, including tensile strength,
chemical resistance, clarity, and dimensional stability, with only a difference in color. The blue color is suitable for a variety of applications where
a cool or calming color is needed, or where products need to be differentiated for identification purposes.
CPP (Cast Polypropylene) silicone coated release film has several features that differentiate it from PE (Polyethylene) or BOPP (Biaxially
Oriented Polypropylene) silicone coated release films. Some of these features include:
1. Greater tensile strength:
CPP silicone release films have greater tensile strength compared to PE or BOPP silicone release films.
This makes them more resistant to tearing, puncturing, and other forms of physical damage.
2. High temperature resistance:
CPP silicone release films have excellent high-temperature resistance and can withstand temperatures of up to 120°C.
This makes them suitable for use in applications, such as die-cutting, where high heat is generated.
3. High chemical resistance:
CPP silicone release films are more resistant to chemicals, solvents, and acids than PE or BOPP silicone release films, making them
suitable for use in industrial applications.
4. Excellent dimensional stability:
CPP silicone release films have excellent dimensional stability and maintain their shape and size even after repeated exposure to high
humidity or temperature.
5. Low coefficient of friction:
CPP silicone release films have a low coefficient of friction compared to PE or BOPP silicone release films.
This makes them suitable for use in applications where sliding or slipping is required.
Overall, CPP silicone coated release film provides superior physical properties and performance compared to PE or BOPP silicone coated
release films. Its tensile strength, high-temperature resistance, chemical resistance, dimensional stability, and low coefficient of friction make it
an excellent choice for various industrial applications, including die-cutting, electronics, and automotive industries.
Test Item | Unit | Range | Test Standard | |
Thickness | Avg. | μm | 60 | GN/T 6672 |
Max. | ≤64 | |||
Min. | ≥56 | |||
Width | Avg. | mm | 1090 ±3 | GN/T 6673 |
Tensile strength | MD | MPa | ≥20 | GN/T 1040.3 |
TD | ≤15 | |||
Elongation @ break | MD | % | ≤300 | GN/T 1040.3 |
TD | ≤300 | |||
Wetting tension | - | mM/m | ≥38 | GN/T 14216 |
Release force | Inner | gf/25mm | customizable | Finat 10, TESA 7475 |
Outer | Customizable | |||
Subsequent adhesion rate | Inner | % | ≥85 | NITTO 31B |
Outer | ≥85 |
MOQ: | 30000 s.q.m. |
Standard Packaging: | EPE film + PE wrap + Processed wooden pallet |
Delivery Period: | within 20 days |
Payment Method: | T/T, L/C |
Supply Capacity: | 50000 kg per week |
60 μm blue cast polypropylene silicone coated release film for food, medical can industrial packaging
The 60-micron translucent blue or opaque blue CPP (Cast Polypropylene) film is a specialized type of release liner that is specifically
designed for use in applications where a colored release liner is necessary. The blue color is used to differentiate product lines, product
families, specific ingredients or to add a distinctive cool color to the product.
Some of the main applications of the 60-micron translucent blue or opaque blue CPP film include:
1. Labels:
Blue-colored release liners are often used in labeling applications of products ranging from packaged foods and beverages to consumer
electronics.
2. Tape and adhesive manufacturing:
The blue release liner is used as a backing material for tapes and adhesives, especially those used in marking, identifying, and warning
applications, such as electrical tapes or safety tapes.
3. Automotive and aerospace industries:
Products that require color-coded release films for easy identification in the automotive and aerospace industries can utilize this type of
release liner.
4. Industrial identification tapes:
Blue-colored release liners can be found in industrial identification tapes used to mark cables, wires, and other equipment.
5. Decorative applications:
The blue-colored release liner is used in decorative applications for a wide range of products, including gift wraps, ribbons, and metallic or
glittered finishes.
Overall, the 60-micron translucent blue or opaque blue CPP film provides a reliable and consistent release surface for products that require
a colored release liner. The physical properties of colored release liners are generally similar to clear release liners, including tensile strength,
chemical resistance, clarity, and dimensional stability, with only a difference in color. The blue color is suitable for a variety of applications where
a cool or calming color is needed, or where products need to be differentiated for identification purposes.
CPP (Cast Polypropylene) silicone coated release film has several features that differentiate it from PE (Polyethylene) or BOPP (Biaxially
Oriented Polypropylene) silicone coated release films. Some of these features include:
1. Greater tensile strength:
CPP silicone release films have greater tensile strength compared to PE or BOPP silicone release films.
This makes them more resistant to tearing, puncturing, and other forms of physical damage.
2. High temperature resistance:
CPP silicone release films have excellent high-temperature resistance and can withstand temperatures of up to 120°C.
This makes them suitable for use in applications, such as die-cutting, where high heat is generated.
3. High chemical resistance:
CPP silicone release films are more resistant to chemicals, solvents, and acids than PE or BOPP silicone release films, making them
suitable for use in industrial applications.
4. Excellent dimensional stability:
CPP silicone release films have excellent dimensional stability and maintain their shape and size even after repeated exposure to high
humidity or temperature.
5. Low coefficient of friction:
CPP silicone release films have a low coefficient of friction compared to PE or BOPP silicone release films.
This makes them suitable for use in applications where sliding or slipping is required.
Overall, CPP silicone coated release film provides superior physical properties and performance compared to PE or BOPP silicone coated
release films. Its tensile strength, high-temperature resistance, chemical resistance, dimensional stability, and low coefficient of friction make it
an excellent choice for various industrial applications, including die-cutting, electronics, and automotive industries.
Test Item | Unit | Range | Test Standard | |
Thickness | Avg. | μm | 60 | GN/T 6672 |
Max. | ≤64 | |||
Min. | ≥56 | |||
Width | Avg. | mm | 1090 ±3 | GN/T 6673 |
Tensile strength | MD | MPa | ≥20 | GN/T 1040.3 |
TD | ≤15 | |||
Elongation @ break | MD | % | ≤300 | GN/T 1040.3 |
TD | ≤300 | |||
Wetting tension | - | mM/m | ≥38 | GN/T 14216 |
Release force | Inner | gf/25mm | customizable | Finat 10, TESA 7475 |
Outer | Customizable | |||
Subsequent adhesion rate | Inner | % | ≥85 | NITTO 31B |
Outer | ≥85 |