한국어 English
Products

COSMO Advanced Materials
Leading the Way to Global Excellence

COSMO Advanced Materials
Leading the Way to Global Excellence

  Products   /   Release Film

Release Film

COSMO AM&T manufactures high-uniformity release films with excellent adhesion and consistent release performance.
By applying silicone-based formulations and anti-static agents to one or both sides of PET base films,
we ensure outstanding peel strength and consistent performance across applications.
Our release films serve as functional layers to protect adhesive surfaces in electronic and display components,
and are also used for mechanical protection during MLCC manufacturing.

COSMO AM&T manufactures high-uniformity release films with excellent adhesion and consistent release performance. By applying silicone-based formulations and anti-static agents to one or both sides of PET base films, we ensure outstanding peel strength and consistent performance across applications.
Our release films serve as functional layers to protect adhesive surfaces in electronic and display components, and are also used for mechanical protection during MLCC manufacturing.

COSMO AM&T manufactures high-uniformity release films with excellent adhesion and consistent release performance.
By applying silicone-based formulations and anti-static agents to one or both sides of PET base films, we ensure outstanding peel strength and consistent performance across applications.
Our release films serve as functional layers to protect adhesive surfaces in electronic and display components, and are also used for mechanical protection during MLCC manufacturing.

Application

Application

With state-of-the-art equipment, environmentally sound systems, and advanced manufacturing capabilities, COSMO AM&T is a global leader in release film production. Our films feature uniform coating with silicone or non-silicone release agents, and are essential base materials used in various electronics and PSA manufacturing processes.
With state-of-the-art equipment, environmentally sound systems, and advanced manufacturing capabilities, COSMO AM&T is a global leader in release film production. Our films feature uniform coating with silicone or non-silicone release agents, and are essential base materials used in various electronics and PSA manufacturing processes.

MLCC

Display-Mobile,TV

Semi-Conductor

PSA

ㆍ MLCC Green sheet Casting
    Multilayer Ceramic Chip Capacitor)
    MLVs (Multilayer Ceramic Chip Varister)
    MLCI (Multilayer Ceramic Chip Inductor)
ㆍOptical Releasing Films for OLED
ㆍCarrier Films for Process Use (PLP, LTCC)
    PSA Process Liners

MLCC

Display-Mobile,TV

Semi-Conductor

PSA

ㆍ MLCC Green sheet Casting
    Multilayer Ceramic Chip Capacitor)
    MLVs (Multilayer Ceramic Chip Varister)
    MLCI (Multilayer Ceramic Chip Inductor)
ㆍOptical Releasing Films for OLED
ㆍCarrier Films for Process Use (PLP, LTCC)
    PSA Process Liners

MLCC

Display-Mobile,TV

Semi-Conductor

PSA

ㆍ MLCC Green sheet Casting
    Multilayer Ceramic Chip Capacitor)
    MLVs (Multilayer Ceramic Chip Varister)
    MLCI (Multilayer Ceramic Chip Inductor)
ㆍOptical Releasing Films for OLED
ㆍCarrier Films for Process Use (PLP, LTCC)
    PSA Process Liners

Product Line Up

Product Line Up

TypeSingle-sidedDouble-sidedESD Single-sidedESD Double-sidedFluorinated
Structure
Thickness (㎛)19 ~ 125
Surface Resistivity (Ω/sq)Ⓐ : 105~106
Ⓑ : 108 ~ 1010
105~106
Applications
MLCC, LTCC Processing Carrier
OLED, Polarizer Applications

LTCC Processing Carrier

MLCC
FO-PLP
Processing Carrier

Processing Carrier

Silicone Adhesive Tape
Protection
Type Single-sided Double-sided ESD Single-sided ESD Double-sided Fluorinated
Structure
Thickness (㎛) 19 ~ 125
Surface Resistivity (Ω/sq) Ⓐ : 105~106 Ⓑ : 108 ~ 1010 105~106
Applications MLCC, LTCC Processing Carrier OLED, Polarizer Applications LTCC Processing Carrier MLCC FO-PLP Processing Carrier Processing Carrier Silicone Adhesive Tape Protection
Mobile Dropdown Menu
New Client Special Offer

20% Off

Aenean leo ligulaconsequat vitae, eleifend acer neque sed ipsum. Nam quam nunc, blandit vel, tempus.