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Spectre™

Coating ingredients supplied by Epolin
Paraplex® by Hallstar is a brand covering polymeric plasticizers (G-Series and A-Series). These long-chain esters are based on many different acid groups such as adipates, sebacates, and glutarates. They provide excellent permanence for critical elastomer and PVC applications.

Key features of Paraplex® brand include:

  • Reduce fusion temperature and gel point
  • Resistance to extraction
  • Durability, easy tohandle, and low volatility
  • Good perfrmance combined with processability
  • Effective heat and light stabilization
  • Excellent toughness and high tensile strength


Other applications: Paraplex® for Adhesives & Sealants, Coatings & Inks


7 Products match your search

Spectre™ 110 visibly-opaque IR-transmitting ink

by Epolin

Spectre™ 110 visibly-opaque IR-transmitting ink by Epolin exhibits transmission of near infrared wavelengths. Shows absorption of UV and visible light. Provides good printing through 125 to 230 mesh (50 to 90/cm) mono-filament polyester fabric. Can be printed through 305 mesh fabric (120/cm) with appropriate dilution. Blocks light from 200 to 695 nm Used for printing on graphic overlays for IR ports, remote controls touch screens and other digital electronic devices. Complies with TSCA.
  • Sustainable option

Spectre™ 100 visibly-opaque IR-transmitting ink

by Epolin

It exhibits transmission of near infrared wavelengths. Shows absorption of UV and visible light. Provides good printing through 125 to 230 mesh (50 to 90/cm) mono-filament polyester fabric. Can be printed through 305 mesh fabric (120/cm) with appropriate dilution. Used for printing on graphic overlays for IR ports, remote controls touch screens and other digital electronic devices. Complies with TSCA.

Spectre™ 130 visibly-opaque IR-transmitting ink

by Epolin

It exhibits transmission of near infrared wavelengths. Shows absorption of UV and visible light. Provides good printing through 125 to 230 mesh (50 to 90/cm) mono-filament polyester fabric. Can be printed through 305 mesh fabric (120/cm) with appropriate dilution. Blocks light from 200 to 875 nm. Used for printing on graphic overlays for IR ports, remote controls touch screens and other digital electronic devices.

Spectre™ 160 visibly-opaque IR-transmitting ink

by Epolin

It exhibits transmission of near infrared wavelengths. Shows absorption of UV and visible light. Provides good printing through 125 to 230 mesh (50 to 90/cm) mono-filament polyester fabric. Can be printed through 305 mesh fabric (120/cm) with appropriate dilution. Blocks light from 200 to 1065 nm. Used for printing on graphic overlays for IR ports, remote controls touch screens and other digital electronic devices.

Spectre™ 140 visibly-opaque IR-transmitting ink

by Epolin

It exhibits transmission of near infrared wavelengths. Shows absorption of UV and visible light. Provides good printing through 125 to 230 mesh (50 to 90/cm) mono-filament polyester fabric. Can be printed through 305 mesh fabric (120/cm) with appropriate dilution. Blocks light from 200 to 920 nm. Used for printing on graphic overlays for IR ports, remote controls touch screens and other digital electronic devices.

Spectre™ 120 visibly-opaque IR-transmitting ink

by Epolin

It exhibits transmission of near infrared wavelengths. Shows absorption of UV and visible light. Provides good printing through 125 to 230 mesh (50 to 90/cm) mono-filament polyester fabric. Can be printed through 305 mesh fabric (120/cm) with appropriate dilution. Blocks light from 200 to 835 nm. Used for printing on graphic overlays for IR ports, remote controls touch screens and other digital electronic devices.

Spectre™ 150 visibly-opaque IR-transmitting ink

by Epolin

It exhibits transmission of near infrared wavelengths. Shows absorption of UV and visible light. Provides good printing through 125 to 230 mesh (50 to 90/cm) mono-filament polyester fabric. Can be printed through 305 mesh fabric (120/cm) with appropriate dilution. Blocks light from 200 to 975 nm. Used for printing on graphic overlays for IR ports, remote controls touch screens and other digital electronic devices.
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