Products

Gum rosin, a natural product won from pine trees, is used to produce derivatives for a wide range of applications. Due to its tackifying properties it is used in adhesives and printing inks. But it can also be found in chewing gums as well as cosmetics.

The main market segments include:

We serve all of the above markets with our Unik Gum™, Unik Print™, Unik Tack™, and Unik Specialities™ product ranges.

Adhesives

With an annual demand of 500-550KT, adhesives are the largest market segment.  Gum rosin resin derivatives are used in both hot melt adhesives (HMA) and pressure sensitive adhesives (PSA).

 

Hot melt adhesives (HMA)
Pressure sensitive adhesives (PSA)
Our Products
nik tack

With our Unik Tack™ product range, we’re a trusted supplier of tackifiers – both in terms of hot melt as well as pressure sensitive adhesives.

nik tack
G82

Base:
Glycerol Ester

Acid value: Max 12

Gardner colour
[50% Toluene]:
Max 4 – Typ. 2.5

Softening point
Ring+Ball [in ºC]: 80-84

nik tack
G85

Base:
Glycerol Ester

Acid value: Max 15

Gardner colour
[50% Toluene]:
Max 4 – Typ. 2.5

Softening point
Ring & Ball [in ºC]: 83-87

nik tack
G88

Base:
Glycerol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 4.0 – Typ. 2.5

Softening point Ring& Ball [in ºC]:
86-90

nik tack
L3100

Base:
TEG Ester

Maximum acid value:
20

Gardner colour (50% Toluene):
Max 5 – Typ. 3

Viscosity [Shear 25s-1, CP-50-1 at 20ºC]:
80 – 120

nik tack
L340

Base:
TEG Ester

Maximum acid value:
12

Gardner colour (50% Toluene):
Max 5 – Typ. 3

Viscosity [Shear 25s-1, CP-50-1 at 20ºC]:
25-55

nik tack
L360

Base:
TEG Ester

Maximum acid value:
12

Gardner colour (50% Toluene):
Max 5 – Typ. 3

Viscosity [Shear 25s-1, CP-50-1 at 20ºC]:
50 – 70

nik tack
NC

Base:
Non-crystalising Gum Rosin

Maximum acid value:
170

Gardner colour [50% Toluene]:
Max 6 – Typ. 5

Softening point Ring & Ball [in ºC]:
82-86

nik tack
NC100

Base:
Non-crystalising Gum Rosin

Maximum acid value:
150

Gardner colour [50% Toluene]:
Max 7 – Typ. 5

Softening point Ring & Ball
[in ºC]: 98-102

nik tack
NC80

Base:
Non-crystalising Gum Rosin

Maximum acid value:
150

Gardner colour [50% Toluene]:
Max 7 – Typ. 5

Softening point Ring & Ball [in ºC]:
78-82

nik tack
P100

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 4 – Typ. 2.5

Softening point Ring & Ball [in ºC]:
96-100

nik tack
P105

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 5 – Typ. 3.5

Softening point Ring & Ball [in ºC]:
102-108

nik tack
P107

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 5 – Typ. 4.0

Softening point Ring & Ball [in ºC]:
105-109

nik tack
P120

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 5 – Typ. 3.5

Softening point Ring & Ball [in ºC]:
110-115

nik tack
P121

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 5 – Typ. 3.5

Softening point Ring & Ball [in ºC]:
108-112

nik tack
G82

Base:
Glycerol Ester

Acid value: Max 12

Gardner colour
[50% Toluene]:
Max 4 – Typ. 2.5

Softening point
Ring+Ball [in ºC]: 80-84

nik tack
G85

Base:
Glycerol Ester

Acid value: Max 15

Gardner colour
[50% Toluene]:
Max 4 – Typ. 2.5

Softening point
Ring & Ball [in ºC]: 83-87

nik tack
G88

Base:
Glycerol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 4.0 – Typ. 2.5

Softening point Ring& Ball [in ºC]:
86-90

nik tack
L3100

Base:
TEG Ester

Maximum acid value:
20

Gardner colour (50% Toluene):
Max 5 – Typ. 3

Viscosity [Shear 25s-1, CP-50-1 at 20ºC]:
80 – 120

nik tack
L340

Base:
TEG Ester

Maximum acid value:
12

Gardner colour (50% Toluene):
Max 5 – Typ. 3

Viscosity [Shear 25s-1, CP-50-1 at 20ºC]:
25-55

nik tack
L360

Base:
TEG Ester

Maximum acid value:
12

Gardner colour (50% Toluene):
Max 5 – Typ. 3

Viscosity [Shear 25s-1, CP-50-1 at 20ºC]:
50 – 70

nik tack
NC

Base:
Non-crystalising Gum Rosin

Maximum acid value:
170

Gardner colour [50% Toluene]:
Max 6 – Typ. 5

Softening point Ring & Ball [in ºC]:
82-86

nik tack
NC100

Base:
Non-crystalising Gum Rosin

Maximum acid value:
150

Gardner colour [50% Toluene]:
Max 7 – Typ. 5

Softening point Ring & Ball
[in ºC]: 98-102

nik tack
NC80

Base:
Non-crystalising Gum Rosin

Maximum acid value:
150

Gardner colour [50% Toluene]:
Max 7 – Typ. 5

Softening point Ring & Ball [in ºC]:
78-82

nik tack
P100

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 4 – Typ. 2.5

Softening point Ring & Ball [in ºC]:
96-100

nik tack
P105

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 5 – Typ. 3.5

Softening point Ring & Ball [in ºC]:
102-108

nik tack
P107

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 5 – Typ. 4.0

Softening point Ring & Ball [in ºC]:
105-109

nik tack
P120

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 5 – Typ. 3.5

Softening point Ring & Ball [in ºC]:
110-115

nik tack
P121

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 5 – Typ. 3.5

Softening point Ring & Ball [in ºC]:
108-112

COSMETICS

Due to gum rosin resin’s tackifying properties, it is a key ingredient for most hair removing products, such as depilatory waxes. With only 10-15KT per year, it remains a small yet growing segment.

 

 

Hot melt adhesives (HMA)
Our Products
nik tack

With our Unik Tack™ product range, we’re a trusted supplier of tackifiers for depilatory waxes.

nik tack
G82

Base:
Glycerol Ester

Acid value: Max 12

Gardner colour
[50% Toluene]:
Max 4 – Typ. 2.5

Softening point
Ring+Ball [in ºC]: 80-84

nik tack
G85

Base:
Glycerol Ester

Acid value: Max 15

Gardner colour
[50% Toluene]:
Max 4 – Typ. 2.5

Softening point
Ring & Ball [in ºC]: 83-87

nik tack
G88

Base:
Glycerol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 4.0 – Typ. 2.5

Softening point Ring& Ball [in ºC]:
86-90

nik tack
L3100

Base:
TEG Ester

Maximum acid value:
20

Gardner colour (50% Toluene):
Max 5 – Typ. 3

Viscosity [Shear 25s-1, CP-50-1 at 20ºC]:
80 – 120

nik tack
L340

Base:
TEG Ester

Maximum acid value:
12

Gardner colour (50% Toluene):
Max 5 – Typ. 3

Viscosity [Shear 25s-1, CP-50-1 at 20ºC]:
25-55

nik tack
L360

Base:
TEG Ester

Maximum acid value:
12

Gardner colour (50% Toluene):
Max 5 – Typ. 3

Viscosity [Shear 25s-1, CP-50-1 at 20ºC]:
50 – 70

nik tack
P100

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 4 – Typ. 2.5

Softening point Ring & Ball [in ºC]:
96-100

nik tack
G82

Base:
Glycerol Ester

Acid value: Max 12

Gardner colour
[50% Toluene]:
Max 4 – Typ. 2.5

Softening point
Ring+Ball [in ºC]: 80-84

nik tack
G85

Base:
Glycerol Ester

Acid value: Max 15

Gardner colour
[50% Toluene]:
Max 4 – Typ. 2.5

Softening point
Ring & Ball [in ºC]: 83-87

nik tack
G88

Base:
Glycerol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 4.0 – Typ. 2.5

Softening point Ring& Ball [in ºC]:
86-90

nik tack
L3100

Base:
TEG Ester

Maximum acid value:
20

Gardner colour (50% Toluene):
Max 5 – Typ. 3

Viscosity [Shear 25s-1, CP-50-1 at 20ºC]:
80 – 120

nik tack
L340

Base:
TEG Ester

Maximum acid value:
12

Gardner colour (50% Toluene):
Max 5 – Typ. 3

Viscosity [Shear 25s-1, CP-50-1 at 20ºC]:
25-55

nik tack
L360

Base:
TEG Ester

Maximum acid value:
12

Gardner colour (50% Toluene):
Max 5 – Typ. 3

Viscosity [Shear 25s-1, CP-50-1 at 20ºC]:
50 – 70

nik tack
P100

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 4 – Typ. 2.5

Softening point Ring & Ball [in ºC]:
96-100

FOOD + BEVERAGE

Annually 60-80KT of food-grade gum rosin derivatives are used as tackifiers and softeners in chewing gum, as well as in packaging applications with direct food contact.

 

 

Applications
Our Products
nik gum

Unik Gum™ is our product range aimed at the chewing gum market. All products in this range meet the FDA requirements for chewing gum base and both taste and odour test results are negative.

nik gum
G85

Base:
Glycerol Ester (Food grade)

Acid value: Max 8

Gardner colour
[50% Toluene]:
Max 6 – Typ. 3

Softening point
Ring & Ball
[in ºC]: 82-87

nik gum
G88

Base:
Glycerol Ester (Food grade)

Acid value: Max 8

Gardner colour [50% Toluene]:
Max 6 – Typ. 3

Softening point Ring & Ball [in ºC]:
86-90

nik gum
G85

Base:
Glycerol Ester (Food grade)

Acid value: Max 8

Gardner colour
[50% Toluene]:
Max 6 – Typ. 3

Softening point
Ring & Ball
[in ºC]: 82-87

nik gum
G88

Base:
Glycerol Ester (Food grade)

Acid value: Max 8

Gardner colour [50% Toluene]:
Max 6 – Typ. 3

Softening point Ring & Ball [in ºC]:
86-90

INKS

Traditionally inks were the largest market segment. But in the age of digitalisation, consumption of printing inks has steadily declined. Nevertheless, 375-400KT of gum rosin resin are still used to ensure that letters or printed images literarily “stick” to the surface. Packaging offers still growth opportunities.

 

 

Applications
Our Products
nik print

Under our Unik Print™ product range we have solutions for all of the above applications.

nik print
1433

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 15-25
Solid content [in %]: 45
Test oil: Rapeseed oil methyl ester

Cloud point [in ºC]: 115-125
Test oil: 6/9 AR Blend

nik print
1434

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 15-30
Solid content [in %]: 45
Test oil: Rapeseed oil methyl ester

Cloud point [in ºC]: 115-130
Test oil: 6/9 AR Blend

nik print
1444

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 10-25
Solid content [in %]: 45
Test oil: Rapeseed oil methyl ester

Cloud point [in ºC]: 115-125
Test oil: 6/9 AR Blend

nik print
1588

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 38-60
Solid content [in %]: 40
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 115-130
Test oil: 6/9 AFN

nik print
1611

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 45-65
Solid content [in %]: 45
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 120-135
Test oil: 6/9 AFN

nik print
1977

Base:
Phenolic Modified Rosin Rosin

Viscosity
[23ºC, 25s-1, Pa.s]: 35-55
Solid content [in %]: 35
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 65-80
Test oil: 6/9

nik print
2105

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 20-35
Solid content [in %]: 40
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 80-100
Test oil: 6/9 AFN

nik print
2626

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 20-35
Solid content [in %]: 40
Test oil: 6/9

Cloud point [in ºC]: 65-85
Test oil: 6/9 AFN

nik print
2727

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 20-35
Solid content [in %]: 40
Test oil: 6/9 AR

Cloud point [in ºC]: 120-135
Test oil: 6/9 AFN

nik print
3022

Base:
Phenolic-free Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 18-26
Solid content [in %]: 45
Test oil: 6/9

Cloud point [in ºC]: 55-65
Test oil: 6/9

nik print
3310

Base:
Phenolic-free Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 55-70
Solid content [in %]: 35
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 145-160
Test oil: 6/9

nik print
3340

Base:
Phenolic-free Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 15-30
Solid content [in %]: 45
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 60-80
Test oil: 6/9

nik print
3342

Base:
Phenolic Modified Rosin Resin

Solid content [in %]: 34

Viscosity, DIN6 Flow Cup
[22ºC,s]: Max 20

Dilution rate, GS Cup
[22ºC,s]: 30-32

nik print
3366

Base:
Phenolic Modified Rosin Resin

Solid content [in %]: 30

Viscosity, DIN6 Flow Cup
[22ºC,s]: Max 25

Dilution rate, GS Cup
[22ºC,s]: 30-32

nik print
3622

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 20-40
Solid content [in %]: 55
Test oil: 6/9 AFN

Cloud point [in ºC]: 45-60
Test oil: 6/9 AFN

nik print
5510

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 10-25
Solid content [in %]: 70
Test oil: 6/9 AF

Cloud point [in ºC]: Max 15
Test oil: 6/9 AF

nik print
6000

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 10-20
Solid content [in %]: 35
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 65-75
Test oil: 6/9

nik print
6600

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 30-50
Solid content [in %]: 35
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 120-140
Test oil: 6/9 AFN

nik print
6675

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 40-60
Solid content [in %]: 35
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 125-145
Test oil: 6/9 AFN

nik print
7721

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 40-55
Solid content [in %]: 35
Test oil: 6/9 AR

Cloud point [in ºC]: 70-85
Test oil: 6/9

nik print
9958

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 17-32
Solid content [in %]: 32.5
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 110-130
Test oil: 6/9 AFN

nik print
H5040

Base:
Hybrid Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 15-30
Solid content [in %]: 40
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 115-130
Test oil: 6/9 AFN

nik print
H6610

Base:
Hybrid Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 25-45
Solid content [in %]: 35
Test oil: 6/9 AR  Blend

Cloud point [in ºC]: 115-135
Test oil: 6/9 AFN

nik print
1433

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 15-25
Solid content [in %]: 45
Test oil: Rapeseed oil methyl ester

Cloud point [in ºC]: 115-125
Test oil: 6/9 AR Blend

nik print
1434

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 15-30
Solid content [in %]: 45
Test oil: Rapeseed oil methyl ester

Cloud point [in ºC]: 115-130
Test oil: 6/9 AR Blend

nik print
1444

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 10-25
Solid content [in %]: 45
Test oil: Rapeseed oil methyl ester

Cloud point [in ºC]: 115-125
Test oil: 6/9 AR Blend

nik print
1588

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 38-60
Solid content [in %]: 40
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 115-130
Test oil: 6/9 AFN

nik print
1611

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 45-65
Solid content [in %]: 45
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 120-135
Test oil: 6/9 AFN

nik print
1977

Base:
Phenolic Modified Rosin Rosin

Viscosity
[23ºC, 25s-1, Pa.s]: 35-55
Solid content [in %]: 35
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 65-80
Test oil: 6/9

nik print
2105

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 20-35
Solid content [in %]: 40
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 80-100
Test oil: 6/9 AFN

nik print
2626

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 20-35
Solid content [in %]: 40
Test oil: 6/9

Cloud point [in ºC]: 65-85
Test oil: 6/9 AFN

nik print
2727

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 20-35
Solid content [in %]: 40
Test oil: 6/9 AR

Cloud point [in ºC]: 120-135
Test oil: 6/9 AFN

nik print
3022

Base:
Phenolic-free Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 18-26
Solid content [in %]: 45
Test oil: 6/9

Cloud point [in ºC]: 55-65
Test oil: 6/9

nik print
3310

Base:
Phenolic-free Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 55-70
Solid content [in %]: 35
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 145-160
Test oil: 6/9

nik print
3340

Base:
Phenolic-free Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 15-30
Solid content [in %]: 45
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 60-80
Test oil: 6/9

nik print
3342

Base:
Phenolic Modified Rosin Resin

Solid content [in %]: 34

Viscosity, DIN6 Flow Cup
[22ºC,s]: Max 20

Dilution rate, GS Cup
[22ºC,s]: 30-32

nik print
3366

Base:
Phenolic Modified Rosin Resin

Solid content [in %]: 30

Viscosity, DIN6 Flow Cup
[22ºC,s]: Max 25

Dilution rate, GS Cup
[22ºC,s]: 30-32

nik print
3622

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 20-40
Solid content [in %]: 55
Test oil: 6/9 AFN

Cloud point [in ºC]: 45-60
Test oil: 6/9 AFN

nik print
5510

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 10-25
Solid content [in %]: 70
Test oil: 6/9 AF

Cloud point [in ºC]: Max 15
Test oil: 6/9 AF

nik print
6000

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 10-20
Solid content [in %]: 35
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 65-75
Test oil: 6/9

nik print
6600

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 30-50
Solid content [in %]: 35
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 120-140
Test oil: 6/9 AFN

nik print
6675

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 40-60
Solid content [in %]: 35
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 125-145
Test oil: 6/9 AFN

nik print
7721

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 40-55
Solid content [in %]: 35
Test oil: 6/9 AR

Cloud point [in ºC]: 70-85
Test oil: 6/9

nik print
9958

Base:
Phenolic Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 17-32
Solid content [in %]: 32.5
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 110-130
Test oil: 6/9 AFN

nik print
H5040

Base:
Hybrid Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 15-30
Solid content [in %]: 40
Test oil: 6/9 AR Blend

Cloud point [in ºC]: 115-130
Test oil: 6/9 AFN

nik print
H6610

Base:
Hybrid Modified Rosin Resin

Viscosity
[23ºC, 25s-1, Pa.s]: 25-45
Solid content [in %]: 35
Test oil: 6/9 AR  Blend

Cloud point [in ºC]: 115-135
Test oil: 6/9 AFN

ROAD MARKING

20-25KT a year of gum rosin resin derivatives are used in paint for road marking across the globe. The gum rosin resin’s tackifying properties make sure that the paint stays on the asphalt.

 

 

Roads
Our Products
nik tack

Unik Tack™ products have been used for years in road marking applications.

nik tack
G88

Base:
Glycerol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 4.0 – Typ. 2.5

Softening point Ring& Ball [in ºC]:
86-90

nik tack
P100

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 4 – Typ. 2.5

Softening point Ring & Ball [in ºC]:
96-100

nik tack
P105

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 5 – Typ. 3.5

Softening point Ring & Ball [in ºC]:
102-108

nik tack
P107

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 5 – Typ. 4.0

Softening point Ring & Ball [in ºC]:
105-109

nik tack
G88

Base:
Glycerol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 4.0 – Typ. 2.5

Softening point Ring& Ball [in ºC]:
86-90

nik tack
P100

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 4 – Typ. 2.5

Softening point Ring & Ball [in ºC]:
96-100

nik tack
P105

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 5 – Typ. 3.5

Softening point Ring & Ball [in ºC]:
102-108

nik tack
P107

Base:
Pentaerytritol Ester

Maximum acid value:
15

Gardner colour [50% Toluene]:
Max 5 – Typ. 4.0

Softening point Ring & Ball [in ºC]:
105-109

Want to  learn about markets and applications?

Adhesives, cosmetics, food + beverage, inks, or road marking.

You want to know what makes our products better?

It’s simple:
Our Resin Knowledge™.