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Material Process Selection
Guides
Cut-in Place Thermoforming
Process (PDF - 120KB)
In-Line Thermoforming with
Steel Rule or Forged Steel
Trim with Vacuum, Air
Pressure and Plug Assist
(PDF - 140KB)
Modular Two-Station Forming
With Matched Metal Trim
(PDF - 119KB)
Physical Properties
Comparison
(PDF - 354KB)
MSI for Customers
(PDF - 17.9KB)
Trouble Shooting GuideGeneral Thermoforming and
Cutting Troubleshooting
Guide (PDF - 74.1KB)
Standard Thermoforming
Equipment Overview
(PDF - 292KB)

PETG flexible plastic films for packaging automotive, electrical and retail products

Ribbon Advanced Extrusion, Inc. Custom PETG Plastic Extrusions Advanced Extrusion, Inc. Custom PETG Plastic Extrusions

As a custom extruder of PET resins, Advanced Extrusion, Inc. manufactures flexible plastic films for packaging automotive, electrical, and retail products. From our sheet extrusion lines, we fabricate PETG with thicknesses ranging from 0.008" to 0.080". The low gas permeability, thermoforming versatility, and toughness of our PETG films make them ideal for food and medical product packaging.

Available in multiple colors, our PETG films retain optical clarity even after going through forming and bending processes. These PETG films are engineered to act as barriers to acids, alkalis, and oils in a range of custom packaging applications. Roll outer diameters of our PETG films range from 16" to 40".

Advanced Extrusion uses ASTM certified polyester materials in the custom extrusion processes. We are an ISO compliant extrusion house that handles manufacturing processes that comply with AIB, FDA, and ANSI standards. In addition to plastic extrusion fabrication, we offer coating as well as matte finishing services to OEMs and other customers.

 

RFQ / RFI

 Reference:

Specifications

General Capabilities
  • J.I.T.
  • Contract
  • O.E.M.
Industry Focus
  • Aerospace
  • Automotive
  • Consumer Packaging
  • Industrial Packaging
  • Security packaging
  • Food Packaging
  • Construction
  • Electrical
  • Medical
  • Transportation
Resistance Characteristics
  • Acid
  • Strong Oxidizer
  • Alkalis
  • Hydrocarbon Solvent
  • Alcohol
  • Fat
  • Grease
  • Oil
Coating
  • Anti-Static
  • Anti-Fog
Industry Standards
  • AIB Compliant
  • ANSI
  • ASME
  • ASTM
    • D374
    • D1505
    • D1003
    • D2457
    • D1746
    • F372
    • D1434
    • D3985
    • D1922
    • D2582
    • D1938
    • D882
    • D1709A
    • D648
    • D1525
    • C177
    • D696
    • D635
    • D2863
    • D1238
    • UL 94
  • FDA Certified
  • GMP
  • ISO
  • 1183
  • 6383/1
  • 6383/2
  • 527-3/2/50
  • 527-3/2/25
  • 7765/A
  • 75
  • 306
  • Kosher Certified
  • Mil-Spec
Extrusion Process
  • Thermoforming
  • Displays-Fabrication
Extrusion Product
  • Cut Sheet
  • Roll Stock
Extrusion Features
  • Flexible
  • Food Grade
  • High Temperature
  • Thin Gage
  • High Impact
  • Multi Color
Additional Services Provided
  • Matte Finish
  • Online Gaging
  • Topical Coating
  • Sheet Finish
    • Translucent
    • Opaque
    • Transparent
Gauge
  • Min: 0.008 in
  • Max: 0.080 in
Width
  • Min: 10 in
  • Max: 54 in
Roll O.D.
  • Min: 16 in
  • Max: 40 in
Thickness of Film Tested
  • 250 Microns
  • 10 Mils
Density
  • 1.27 g/cm3
Haze
  • 0.8 %
Gloss
  • @ 45: 108
Transparency
  • 85%
Transmittance
  • Regular (Specular): 89%
  • Total: 91%
Water Vapor Transmission Rate
  • 5 g/m2
  • 0.4 g/100 in2 24h
Gas Permeability
  • CO2: 49 cm3 mm/m2 24h atm
  • 125 cm3 mil/100in2 24h atm
  • O2: 10 cm3 mm/m2 24h atm
  • 25 cmv3 mil/100in2 24h atm
Elmendorf Tear Resistance
  • M.D.: 13.7 N
    • 1,400 gf
  • T.D.: 16.7 N
    • 1,700 gf
PPT Tear Resistance
  • M.D.: 93 N
    • 21 gf
  • T.D.: 93 N
    • 21 gf
Tear Propagation Resistance Split Tear Method @ 254 mm/min (10in/min)
  • M.D.: 9.1 N
    • 2.1 gf
    • 36 N/mm
    • 205 lbf/in
  • T.D.: 9.1 N
    • 2.1 gf
    • 36 N/mm
    • 205 lbf/in
Tear Resistance (200mm/min speed)
  • 36 N/mm
  • 205 lbf/in
Tensile Strength at Yield
  • 52 MPa (7,500 PSI)
Elongation at Yield
  • 4%
Tensile Modulus
  • 1,900 MPa
Inherent Viscosity
  • 0.70
Deflection Temperature
  • @ 1.82 MPa(264psi) 64°C (147°F)
  • @.455 MPa (66psi) 70°C (158°F)
Vicat Softening Point
  • 85 °C (158 °F)
Thermal Conductivity
  • 0.21 W/m k
  • 1.5 BTU in/h ft2 °F
Glass Transition Temperature
  • 80°C
  • 76°F
Specific Heat
  • @ 60°C: 1.30Kj/kg K (.31 Btu/lb °F)
  • 100°C: 1.76 Kj/kg K (.42 Btu/lb °F)
  • 150°C: 1.88 Kj/kg K (.45 Btu/lb °F)
  • 200°C: 1.97 Kj/kg K (.47 Btu/lb °F)
  • 250°C: 2.05 Kj/kg K (.49 Btu/lb °F)
Coefficient of Linear Thermal Expansion (-30¢ª to + 40¢ªC)
  • 5.1 x 10-5 mm/mm°C
Flammability (3.2 mm (1/8 in) Thick Specimen
  • < 2.5
  • < 1
UL Flammability 1.14 mm (.0449 in)
  • 94HB
Oxygen Index
  • 24%
Melt Density
  • @200°C .19 g/cm3
  • @250°C .98 g/cm3
Maximum Weight
  • 2000lbs
Tolerance
  • 5%

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