Taggant Technology TAGTEC

inside Masterbatch

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and a brief comparison with reality...

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"TAGTECers": Taggant Technology Comic - Recycling Supply Chain and Tracking



00:07:28 (Royalty free music by frametraxx.de)

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Video presentation: TAGTEC Taggant Technology

A brief introduction to the basics of Taggant Technology.
"It all begins with taggants, chemical markers with luminescent properties: TAGTEC markers ..."



00:08:58 (Royalty free music by frametraxx.de)

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Video presentation: TAGTEC Taggant Technology Recycling K2019



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Video presentation: TAGTEC Taggant Technology Intelligent Plastic Clothes Peg K2019



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Video presentation: TAGTEC Taggant Technology LUMI STAR K2019



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Video presentation: TAGTEC Taggant Technology Blood Tube K2019



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Demo video: LUMI-STAR-MOBILE-BL/OR-POL-IOS



00:04:44 (Royalty free music by frametraxx.de)

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Downloads: TAGTEC GIVES YOUR PRODUCT AN IDENTITY Product authentication and identification for every step in the life cycle The TAGTECers:  "Track and trace" explained a little different ;-) SUNUMUMUZA HOŞ GELDİNİZ: TAGTEC Taggant Technology ( TR)   Gabriel Chemie: Taggant Technology TAGTEC Intelligent Masterbatch for suberb products              TAGTEC 詳細情報 (  JP) Article in JPACKWorld on digitalization in the Japanese pharmaceutical industry with presentation of Taggant Technology as a solution (  JP)

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Microscopically small fluorescent particles, so-called taggants, that are embedded in the plastic granulate are referred to as a TAGTEC masterbatch.
TAGTEC masterbatches are used to mark plastic products. For this purpose the masterbatch granulate is mixed with neutral non-marked plastic granulate as a rule in a ratio of 0.3%/99.7% up to 3.0%/97.0%, and usually is then fed e.g. into an extruder in mixed condition. The various types of taggants that are available are described in more detail below.



UV-A excitable taggants
(UV-A is the upper UV range from approx. 310nm to 380nm)

In this case the fluorescent particles are excited by UV-A light (365nm average wavelength), which is referred to as primary emission. This results in a secondary emission in the visible wavelength range (approx. 400nm to 700nm). The colour of the taggants that can be observed due to secondary emission depends on their doping. Typical secondary emission centers lie in the blue, green, yellow, orange and red wavelength range.
Phosphorescent (afterglowing) particles, so-called luminophores, are a special type of taggants. After the end of primary emission (supply of light) these markers show an exponential fading of secondary emission. The speed of phosphorescence fading differs depending on the type of marker (determined by way of the time constant Tau that is characteristic for the respective e-function).

The following sensors can be used for the detection of TAGTEC markers (embedded in plastic):

UV ⇒ VIS Primary emission: UV-A 365nm Secondary emission: Visible wavelength range (e.g. blue, green, yellow, orange and red)

INLINE:

• LUMI-STAR-INLINE-UV/BL
• SPECTRO-1-30-UV/BL
• SPECTRO-1-FIO-UV/BL
• SPECTRO-3-30-UV/BL-MSM-ANA
• SPECTRO-3-30-UV/BL-MSM-DIG
• SPECTRO-3-FIO-UV/BL-MSM-ANA
• SPECTRO-3-FIO-UV/BL-MSM-DIG

And for phosphorescent (afterglowing) particles:

• LUMI-TAU-INLINE-SL-UV/BL

OFFLINE:

• LUMI-STAR-MOBILE-UV/BL-IOS
• LUMI-STAR-INLINE-UV/BL
  with spacer LUMI-STAR-INLINE-OFL
• SPECTRO-1-30-UV/BL
  with spacer SPECTRO-3-15-d65-OFL
• SPECTRO-1-FIO-UV/BL
  with spacer for fiber optics frontend, e.g. A3.0-OFL
• SPECTRO-3-30-UV/BL-MSM-ANA
  with spacer SPECTRO-3-15-d65-OFL
• SPECTRO-3-30-UV/BL-MSM-DIG
  with spacer SPECTRO-3-15-d65-OFL
• SPECTRO-3-FIO-UV/BL-MSM-ANA
  with spacer for fiber optics frontend, e.g. A3.0-OFL
• SPECTRO-3-FIO-UV/BL-MSM-DIG
  with spacer for fiber optics frontend, e.g. A3.0-OFL

And for phosphorescent (afterglowing) particles::

• LUMI-TAU-MOBILE-CL-UV/BL-MA, -SL (Master, Slave)
• LUMI-TAU-INLINE-SL-UV/BL
  with handle or with product-specific 3D printing shell

BLUE ⇒ YELLOW, ORANGE and RED Primary emission: Blue wavelength range Secondary emission: Yellow, orange and red wavelength range, depending on taggant type

INLINE:

• SPECTRO-1-30-BL/YL
• SPECTRO-1-FIO-BL/YL
• SPECTRO-3-30-BL/YL-MSM-ANA
• SPECTRO-3-30-BL/YL-MSM-DIG
• SPECTRO-3-FIO-BL/YL-MSM-ANA
• SPECTRO-3-FIO-BL/YL-MSM-DIG
• LUMI-STAR-INLINE-BL/YL
• LUMI-STAR-INLINE-BL/YL-POL

And for phosphorescent markers:

• LUMI-TAU-INLINE-SL-BL/YL

OFFLINE:

• LUMI-STAR-MOBILE-BL/YL-IOS
• LUMI-STAR-MOBILE-BL/YL-POL-IOS
• LUMI-STAR-INLINE-BL/YL
  with spacer LUMI-STAR-INLINE-OFL
• SPECTRO-1-30-BL/YL
  with spacer SPECTRO-3-15-OFL
• SPECTRO-1-FIO-BL/YL
  with spacer for fiber optics frontend, e.g. A3.0-OFL
• SPECTRO-3-30-BL/YL-MSM-ANA
  with spacer SPECTRO-3-15-OFL
• SPECTRO-3-30-BL/YL-MSM-DIG
  with spacer SPECTRO-3-15-OFL
• SPECTRO-3-FIO-BL/YL-MSM-ANA
  with spacer for fiber optics frontend, e.g. A3.0-OFL
• SPECTRO-3-FIO-BL/YL-MSM-DIG
  with spacer for fiber optics frontend, e.g. A3.0-OFL

And for phosphorescent markers:

• LUMI-TAU-MOBILE-CL-BL/YL-MA, -SL (Master, Slave)
• LUMI-TAU-INLINE-SL-BL/YL
  with handle or with product-specific 3D printing shell

BLUE ⇒ NIR Primary emission: Blue wavelength range Secondary emission: Near infrared range (NIR)

INLINE:

• SPECTRO-1-30-BL/IR
• SPECTRO-1-FIO-BL/IR

And for phosphorescent markers:

• LUMI-TAU-INLINE-SL-BL/IR

OFFLINE:

• SPECTRO-1-30-BL/IR
  with spacer SPECTRO-3-15-OFL
• SPECTRO-1-FIO-BL/IR
  with spacer for fiber optics frontend, e.g. A3.0-OFL

And for phosphorescent markers:

• LUMI-TAU-MOBILE-CL-BL/IR-MA, -SL (Master, Slave)
• LUMI-TAU-INLINE-SL-BL/IR
  with handle or with product-specific 3D printing shell

GREEN ⇒ ORANGE and RED Primary emission: Green wavelength range Secondary emission: Orange and red wavelength range

INLINE:

• LUMI-STAR-INLINE-GN/OR
• LUMI-STAR-INLINE-GN/OR-POL
• SPECTRO-1-30-GN/OR
• SPECTRO-1-FIO-GN/OR
• SPECTRO-3-30-GN/OR-MSM-ANA
• SPECTRO-3-30-GN/OR-MSM-DIG
• SPECTRO-3-FIO-GN/OR-MSM-ANA
• SPECTRO-3-FIO-GN/OR-MSM-DIG

OFFLINE:

• LUMI-STAR-MOBILE-GN/OR-IOS
• LUMI-STAR-MOBILE-GN/OR-POL-IOS
• LUMI-STAR-INLINE-GN/OR
  with spacer LUMI-STAR-INLINE-OFL
• LUMI-STAR-INLINE-GN/OR-POL
  with spacer LUMI-STAR-INLINE-OFL
• SPECTRO-1-30-GN/OR
  with spacer SPECTRO-3-15-OFL
• SPECTRO-1-FIO-GN/OR
  with spacer for fiber optics frontend, e.g. A3.0-OFL
• SPECTRO-3-30-GN/OR-MSM-ANA
  with spacer SPECTRO-3-15-OFL
• SPECTRO-3-30-GN/OR-MSM-DIG
  with spacer SPECTRO-3-15-OFL
• SPECTRO-3-FIO-GN/OR-MSM-ANA
  with spacer for fiber optics frontend, e.g. A3.0-OFL
• SPECTRO-3-FIO-GN/OR-MSM-DIG
  with spacer for fiber optics frontend, e.g. A3.0-OFL

RED ⇒ NIR Primary emission: Red wavelength range Secondary emission: Near infrared range (NIR)

INLINE:

• SPECTRO-1-30-R/IR
• SPECTRO-1-FIO-R/IR

And for phosphorescent markers:

• LUMI-TAU-INLINE-SL-R/IR

OFFLINE:

• SPECTRO-1-30-R/IR
  with spacer SPECTRO-3-15-OFL
• SPECTRO-1-FIO-R/IR
  with spacer for fiber optics frontend, e.g. A3.0-OFL

And for phosphorescent markers:

• LUMI-TAU-MOBILE-CL-R/IR-MA, -SL (Master, Slave)
• LUMI-TAU-INLINE-SL-R/IR
  with handle or with product-specific 3D printing shell

NIR ⇒ NIR Primary emission: Near infrared wavelength range (NIR) Secondary emission: Near infrared wavelength range (NIR) (Only phosphorescent markers are used here.)

INLINE:

• LUMI-TAU-INLINE-SL-IR/IR
• LUMI-TAU-INLINE-AL-IR/(IR1+IR2)

OFFLINE:

• LUMI-TAU-MOBILE-CL-IR/IR-MA, -SL (Master, Slave)
• LUMI-TAU-MOBILE-AL-IR/(IR1+IR2)-MA, -SL (Master, Slave)
• LUMI-TAU-MOBILE-ML-IR/IR
• LUMI-TAU-INLINE-SL-IR/IR
  with handle or with product-specific 3D printing shell
• LUMI-TAU-INLINE-AL-IR/(IR1+IR2)
  with handle or with product-specific 3D printing shell