VG Plus Description Film: 120 micron (including adhesive) White (Gloss), Monomeric Calendered PVC film Adhesive: Permanent Clear Solvent based Acrylic adhesive Release liner: One Side PE and Silicon Coated Kraft Paper, 140gsm Width: 1.02/1.06/1.27/1.52m Length: 50 mtrs Shelf Life: Up to 2 year at 20 C and relative humidity of 50% Durability: Upto 1 year TECHNICAL DATA SHEET Data Sheet Item Unit Value Tested Method Thickness- Film μm 100 GB/T6672-2001 Thickness- Finished Product μm 265 GB/T6672-2001 Adhesive Weight g/m 20-22 FINAT12 Elongation at Break MD % >150 GB/T1040.1-2006 Elongation at Break CD % >125 GB/T1040.1-2006 Tensile Strength at Break MD N/25mm 45-65 GB/T1040.1-2006 Tensile Strength at Break CD N/25mm 40-60 GB/T1040.1-2006 Dimesnsional Stability MD % <1.0 FINAT14 Dimesnsional Stability CD % <0.7 FINAT14 Initial Adhesion N/25mm FINAT9 180 Peel -20 Minutes N/25mm 7-10 FINAT9 180 Peel -24 Hours N/25mm 15-14 FINAT1 Applied Printers : Inkjet printing with Solvent/ ECO Solvent based inks, UV or Latex inks Declaration:Please choose VAGUS products suitably according to relative provisions or industrial standards. VAGUS bears the responsibility for the specified technical and performance data on this page only. VAGUS is not responsible for any other liability. (The technical data on this page is calculated on average, and ±5% tolerance is acceptable)
VG Plus Description Film: 120 micron (including adhesive) White (Gloss), Monomeric Calendered PVC film Adhesive: Permanent Clear Solvent based Acrylic adhesive Release liner: One Side PE and Silicon Coated Kraft Paper, 140gsm Width: 1.02/1.06/1.27/1.52m Length: 50 mtrs Shelf Life: Up to 2 year at 20 C and relative humidity of 50% Durability: Upto 1 year TECHNICAL DATA SHEET Data Sheet Item Unit Value Tested Method Thickness- Film μm 100 GB/T6672-2001 Thickness- Finished Product μm 265 GB/T6672-2001 Adhesive Weight g/m 20-22 FINAT12 Elongation at Break MD % >150 GB/T1040.1-2006 Elongation at Break CD % >125 GB/T1040.1-2006 Tensile Strength at Break MD N/25mm 45-65 GB/T1040.1-2006 Tensile Strength at Break CD N/25mm 40-60 GB/T1040.1-2006 Dimesnsional Stability MD % <1.0 FINAT14 Dimesnsional Stability CD % <0.7 FINAT14 Initial Adhesion N/25mm FINAT9 180 Peel -20 Minutes N/25mm 7-10 FINAT9 180 Peel -24 Hours N/25mm 15-14 FINAT1 Applied Printers : Inkjet printing with Solvent/ ECO Solvent based inks, UV or Latex inks Declaration:Please choose VAGUS products suitably according to relative provisions or industrial standards. VAGUS bears the responsibility for the specified technical and performance data on this page only. VAGUS is not responsible for any other liability. (The technical data on this page is calculated on average, and ±5% tolerance is acceptable)
Description Film: 120 micron (including adhesive) White (Gloss), Monomeric Calendered PVC film Adhesive: Permanent Clear Solvent based Acrylic adhesive Release liner: One Side PE and Silicon Coated Kraft Paper, 140gsm Width: 1.02/1.06/1.27/1.52m Length: 50 mtrs Shelf Life: Up to 2 year at 20 C and relative humidity of 50% Durability: Upto 1 year TECHNICAL DATA SHEET Data Sheet Item Unit Value Tested Method Thickness- Film μm 100 GB/T6672-2001 Thickness- Finished Product μm 265 GB/T6672-2001 Adhesive Weight g/m 20-22 FINAT12 Elongation at Break MD % >150 GB/T1040.1-2006 Elongation at Break CD % >125 GB/T1040.1-2006 Tensile Strength at Break MD N/25mm 45-65 GB/T1040.1-2006 Tensile Strength at Break CD N/25mm 40-60 GB/T1040.1-2006 Dimesnsional Stability MD % <1.0 FINAT14 Dimesnsional Stability CD % <0.7 FINAT14 Initial Adhesion N/25mm FINAT9 180 Peel -20 Minutes N/25mm 7-10 FINAT9 180 Peel -24 Hours N/25mm 15-14 FINAT1 Applied Printers : Inkjet printing with Solvent/ ECO Solvent based inks, UV or Latex inks Declaration:Please choose VAGUS products suitably according to relative provisions or industrial standards. VAGUS bears the responsibility for the specified technical and performance data on this page only. VAGUS is not responsible for any other liability. (The technical data on this page is calculated on average, and ±5% tolerance is acceptable)
