Always worry and research for better quality
It's a commitment to Filmax's customers.
The FILMAX Technology Institute is working on developing the future of multi-use, high-functional packaging materials. Continuous research and development and our long history and accumulated know-how enable to us to operate at the center of the rapidly changing packaging industry. 'The passion to continuously research and strive for the best quality' is the philosophy of the Technology Institute as we develop environmentally friendly materials that meet our customer needs quickly and accurately.
Strategy
Profitable leader in the film industry
Selecting and concentrating development items
New product sales ratio Sales Achieve more than 10%
Rapid and accurate technical support for our customersEnable User round and T / S Provide optimal service solution
Securing technological competitivenessSecuring intellectual property rights and expanding external technology cooperation
Discover new businessesResearch for next-generation new product development New product related industry use increase plan
Goal
client satisfaction
Customer Support
Provide customers with prompt and accurate service
Quality improvementHigh quality and low prices are our promise to our customers
New material development
We always strive to develop better, more economical products.
Production technology development
Efficient and innovative production technology is the first step to customer satisfaction
History
Endless research and effort is Filmax's commitment to our customers.
Filmax History
2016· Developed highly transparent CPP film (CPH)
2015· Developed CPP film for decoration sheet (CPTD)
2014· Developed TPU-deformable opacified OPP film (WT)
2013· Developed Paper Laminated Soft Peelable film (VW-L)· Developed Opacified CPP film for protecting steel plate (PEPP)
2012· Developed Secondary Electronic Lead Tab Film (EPB-T)· Developed Self-adhesive Film for protecting optical sheet (EPA-2K)
2011· Developed protective opacified OPP Film (WG-M)
2009· Development of high-impact transparent retort CPP film(CPR-HU)· Development of high impact white retort CPP film(CPR-WS, CPR-UW)
2008· Development of prism sheet back protective adhesive film for LCD(Blue:EPA-B1)· Display screen protection film development· Development of low temperature shrink film
(SHL)
2007· Developed base film for front protective coating of prism sheet for LCD
(transparent:EPS, Blue: EPS-B)· Developed pharmaceutical packaging film
(KVM)· Development of antimicrobial MATT biaxially oriented film(S-DF)
2006· Development of cheese packaging film(CPCH)
2005· Soft Retort film development
(CPR-HL)· Development of antibacterial antifouling film(S-AFO)· Development of plastic ink absorbent synthetic paper(WIP)
2004· Development of reflective film for agricultural use(MCR)· Developed acryl-coated biaxially oriented film for label(APL)
2003· Development of packaging film on DVD
(CPH)· Developed biaxially stretched film for lamination(MPGL)
2003 FILMAX Foundation
FILMAX history
2002· Development of biaxially stretched film for cold-seal(BG-R)· Development of high gloss acrylic coating film
(APG)
2001· No Anchor laminating film development (LF-T/DF-T)· Development of lead-free film for label (CPCL)
2000· Development of non-smokeless matte film (CPD)· Twist film development(CPC)
1999· Development of Easy-Peel Film (CPO)· Developed antimicrobial biaxially stretched (SF)· Developed UV-printable synthetic paper (WP)
1998· Development of packaging film for syringe with thermal lami (CPJ-T)
1997· Developed high strength shrink film(SPH)· Developed Wrap Guard film for car exterior protection(CPU)
1996· Developed hologram film for wrapping· Development of Environmentally Friendly Acrylic Coating Film(APB)
1994· Photodegradable film development
1990· Developed the first shrinkage biaxially stretched film in Korea
(SX)· Developed first white film in Korea
(WO)· Developed heat-resistant film to achieve new era of retort packaging (CPR)
1989· Developed first matte biaxial stretched film in Korea (DF)
1987· Developed the first high-shear coating film in Korea (KPG)
1984· Developed the first pearlescent film in Korea
(FG)
Facilities
list
· FT-IRMaterial Analysis
· DSCMaterial Analysis
· TGAHeat Analysis
· Melt Flow IndexerMelting Index Measurement for Resins
· GCAntistatic addtives Analysis of Materials
· GPCPolymer Molecule Quantity Measurement
· SEM/EDSSurface Characteristics Analysis
· Hot Tack TesterHeat seal Characteristics Analysis
· Falling Dart Impact testerImpact Resistance Measurement for Films
