IPB
Triaprint®

Triaprint®: Corona treated Triacell® sheet, suitable for screen and digital printing.

Triaprint® is a flat and smooth sheet with a cell structure. It has the same unique characteristics as standard Triacell® sheet. Triaprint® has a corona treatment and has a very smooth surface which is ideal for printing (screen and digital). The sheet doesn’t require any pre-treatment and can be further processed (die-cutting, bonding, welding) into displays, …

  • easily printable
  • water and moisture resistant
  • high rigidity

Applications

  • Exhibition booths

  • POS displays

  • Printed panels

  • Digital printing

  • Signage

Other applications:

Screen printing, billboards, real estate signs, construction signs, visual communication, displays, packaging,...

Characteristics

  • économique ecological
  • Goede breuk en scheurweerstand good rupture and tear resistance
  • Economisch economic
  • vlakke boven- en onderlaag smooth top and bottom layer
  • Eenvoudig bedrukbaar easily printable
  • Sterk en duurzaam strong and durable
  • Water- en vochtbestendig water and moisture resistant
  • bueno resistencia química good chemical resistance
  • grande resistencia a la compresión igh compression strength
  • ligero light-weight
  • Hoge stijfheid high rigidity
  • Corona behandeling corona treatment

Treatments

  • flame retardant Flame retardant
  • UV stabilizer UV stabilizer
  • antistatic Antistatic


Processing

  • cutting (guillotine, manual, plotter) Cutting (guillotine, manual, plotter)
  • die cutting Die cutting
  • welding (thermal, ultrasonically, hot air) Welding (thermal, ultrasonically, hot air)
  • bonding Bonding
  • sterilising Sterilising
  • recycling Recycling
  • printing Printing

Specifications

PHYSICAL PROPERTIES

Specific gravity PP ISO 1183 g/cm3 0,907
Water absorption ISO 62 % 0,02

MECHANICAL PROPERTIES

Tensile strength (50 mm/min) ISO 527-2 MPa 27-33
Flexural modulus ISO 178 MPa 1350
Impact strength Izod (23°C) ISO 180 kJ/m² 5 - 25
Impact strength Izod (-20°C) ISO 180 kJ/m² 0 - 6
Compression strength at maximum 2,4mm/450g external lab N/cm² 60
Compression strength at maximum 2,7mm/600g external lab N/cm² 130
Compression strength at maximum 3,4mm/900g external lab N/cm² 136
Compression strength at maximum 5,7mm/1600g external lab N/cm² 176
Compression resistance (at 1000N) 2,4mm/450g external lab N/cm² < 30%
Compression resistance (at 1000N) 2,7mm/600g external lab N/cm² < 30%
Compression resistance (at 1000N) 3,4mm/900g external lab N/cm² < 20%
Compression resistance (at 1000N) 5,7mm/1600g external lab N/cm² < 15%
Impact resistance 2,4mm/450g Falling dart drop no effect < 0,30m
Impact resistance 2,7mm/600g Falling dart drop no effect < 0,40m
Impact resistance 3,4mm/900g Falling dart drop no effect < 0,80m
Impact resistance 5,7mm/1600g Falling dart drop no effect < 1,00m
Flexural Break resistance 2,4mm/450g ISO 178 N/mm² 3,75
Flexural Break resistance 2,7mm/600g ISO 178 N/mm² 3,2
Flexural Break resistance 3,4mm/900g ISO 178 N/mm² 8,28
Flexural Break resistance 5,7mm/1600g ISO 178 N/mm² 27,4

THERMAL PROPERTIES

Coefficient of linear expansion ASTMD696 mm/m°C 0,18
Specific Heat DSC J/g°C 1,68
Heat deflection temp.(0,46 MPa) ISO 75 °C 78
Heat deflection temp.(1,82 MPa) ISO 75 °C 52
Vicat softening point (1 kg) (10N) ISO 306 °C 148
Vicat softening point (5 kg) (50N) ISO 306 °C 78

ELECTRICAL PROPERTIES

Surface resistivity ASTMD257 Ω ca. 1013
Dielectric constant (at 1 MHz) ASTMD150 - 2,25
Dissipation factor (tgδ at 1MHz) ASTMD150 - < 5 x 10-4
Dielectric strength (500V/sec) ASTMD149 kV/mm 70

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