New PU Adhesive by Kenda Farben

Июль 24, 2022

Главная
Маркетинг
New PU Adhesive by Kenda Farben

Содержание

2. Comparison table for solvent based PU adhesives used in Soles to uppers
4. No opening Open 1.5cm Open 2cm Open 3cm
5. Open 0.5cm Open 9cm Open 9cm Open 12cm
6. Strenght on resistent material: Rubber to rubber (Halogenated) This test has been performed as most severe,
7. Comparison SAR306 vs 999 Same reactivation Temperature: 60/70°C Dry content similar on compared samples 16,0% vs
8. Comparison SAR306 vs SAR06W All measured features are quite similar, within the method tolerance SAR06W has
9. Introduce new product on request: SARnew (name to be defined) Same reactivation Temperature than all compared
11. No opening Open 1.5cm
14. Скачать презентацию

Слайд 2

Comparison table for solvent based PU adhesives used in Soles to

uppers

Слайд 3

Слайд 4

No opening
Open 1.5cm
Open 2cm
Open 3cm

Слайд 5

Open 0.5cm
Open 9cm
Open 9cm
Open 12cm

Слайд 6

Strenght on resistent material: Rubber to rubber (Halogenated)
This test has been

performed as most severe, all products tested performe well

Слайд 7

Comparison SAR306 vs 999
Same reactivation Temperature: 60/70°C
Dry content similar on compared

samples 16,0% vs 15,7%
Open time similar 3’30’’ vs 4’
Viscosity very similar 50’ vs 45’
Better Initial Heat resistance at 70°C (1,5cm opening in 10’ vs 3cm)
Slightly better 24h Heat resistance at 85°C (9cm opening after 15’ vs 12cm)

Слайд 8

Comparison SAR306 vs SAR06W
All measured features are quite similar, within the

method tolerance
SAR06W has a slightly longer open time
Solvent mix of SAR06W allow to accomplish Ukraine solvents limit

Слайд 9

Introduce new product on request: SARnew (name to be defined)
Same reactivation

Temperature than all compared products: 60/70°C
Dry content similar to all compared products (15,5%)
Viscosity 55+/-5, in between the two KF products, higher than 999
Open time longer than all the other products
Initial Heat resistance after at 70°C much higher than all others
24h Heat resistance at 85°C much higher than all others
Glueing rubber to rubber slightly stronger than others

Слайд 10