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TYVcure 3PL85

Silicate Resins
TYVcure 3PL85
TYVcure 3PL85

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.


Composition

TYVcure 3PL85 resin is made of two liquid components:

  • A component: waterglass solution
  • B component: isocyanate-based blend
  • A+B mixture: light, yellowish emulsion

Properties

  • slow-setting
  • high strength
  • high chemical resistance
  • high abrasion resistance

Technical data

Liquid component technical data

NameValueUnit
Enclosed space flash point of 'B' component> 170°C
Open space flash point of 'B' component> 200°C
Volatile organic content (VOC) of 'A' component0m/m%
Volatile organic content (VOC) of 'B' component0m/m%
density of 'A' component1.5 ± 0.1g/cm3
viscosity of 'A' component400 ± 50mPas
density of 'B' component1.2 ± 0.1g/cm3
viscosity of 'B' component180 ± 30mPas

Hardened resin technical data

NameValueUnit
Compressive strength≥ 50MPa
Flexural strength≥ 30MPa
Adhesion strength≥ 3.2MPa
Linear shrinkage≤ 0.1%
Abrasion resistance≤ 75mg
Surface water uptake≤ 24g/m2•day

Chemical resistance

To assess chemical resistance, we introduced a rating system from 1 to 5, with 5 indicating the highest resistance.

ChemicalResult
Normal petrol1
Super petrol1
CaCl2- saturated4
Diesel3
Acetic acid 10%5
Acetic acid 20%5
Ethanol1
Oil5
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
IPA3
MgCl2- saturated5
NaCl 20%5
NaOH 10%5
NaOH 30%5
NaOH 50%5
Lactic acid 10%5
Toluol1

Silicate Resins

TYVcure 3PL85

TYVcure 3PL85
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