TYVcure 3PL85 is a two-component system developed for the rehabilitation of industrial and communal wastewater facilities, water insulation of engineering structures. It produces a thick, high-strength, and chemical-resistant coating on technological structures and is also suitable as a matrix material for glass fiber reinforced composites for various applications.
TYVcure 3PL85 resin is made of two liquid components:
Namn | Värde | Enhet |
---|---|---|
Enclosed space flash point of 'B' component | > 170 | °C |
Open space flash point of 'B' component | > 200 | °C |
Volatile organic content (VOC) of 'A' component | 0 | m/m% |
Volatile organic content (VOC) of 'B' component | 0 | m/m% |
density of 'A' component | 1.5 ± 0.1 | g/cm3 |
viscosity of 'A' component | 400 ± 50 | mPas |
density of 'B' component | 1.2 ± 0.1 | g/cm3 |
viscosity of 'B' component | 180 ± 30 | mPas |
Namn | Värde | Enhet |
---|---|---|
Compressive strength | ≥ 50 | MPa |
Flexural strength | ≥ 30 | MPa |
Adhesion strength | ≥ 3.2 | MPa |
Linear shrinkage | ≤ 0.1 | % |
Abrasion resistance | ≤ 75 | mg |
Surface water uptake | ≤ 24 | g/m2•day |
För att bedöma kemikalieresistens introducerade vi ett betygssystem från 1 till 5, där 5 indikerar högsta resistens.
Kemikalie | Resultat |
---|---|
Normal petrol | 1 |
Super petrol | 1 |
CaCl2- saturated | 4 |
Diesel | 3 |
Acetic acid 10% | 5 |
Acetic acid 20% | 5 |
Ethanol | 1 |
Oil | 5 |
Phosphoric acid 10% | 5 |
H2O2 30% | 5 |
H2O2 5% | 5 |
H2SO4 10% | 2 |
H2SO4 20% | 4 |
H2SO4 40% | 2 |
HCl 10% | 5 |
HCl 37% | 5 |
HNO3 10% | 1 |
HNO3 20% | 5 |
HNO3 40% | 1 |
IPA | 3 |
MgCl2- saturated | 5 |
NaCl 20% | 5 |
NaOH 10% | 5 |
NaOH 30% | 5 |
NaOH 50% | 5 |
Lactic acid 10% | 5 |
Toluol | 1 |