Integrated Primer-topcoat for Windmill Blade – Polyaspartic Coating Formulation

Formula date: Jun 7, 2024

Component

F420/D2925/HT600/GB963B-100.

Curing method

Self-drying.

Application

Integrated primer-topcoat for wind turbine blades.

Characters

Fast-drying, low VOC, rain erosion resistance, high strength and high elongation.

A component

Material Content
F420(Desmophen NH 1420 Equivalent) 20
D292520
BYK163 dispersant1
Rutile titanium dioxide30
1250-mesh barium sulfate4.5
3A molecular sieve3
R972 fumed silica1.4
Matting powder6.5
PMA5.5
A-187 silane coupling agent1
N-butyl acetate5
1130 UV absorber0.9
292 UV absorber0.6
BYK17900.4
BYK3540.2

B component

Material Content
HT60010
GB963B-100(Desmodur E30700 (E2863XP) Equivalent) 90

Ratio

A:B=100:33 by weight

Specifications

Pot life>30min
Mixed solid content≥86%
Touch dry time 25℃≤1h
Hard dry time 25℃≤4h
Aging resistance>3000h
Rain erosion resistance≥4h
Elongation>200%
Tensile strength>20Mpa

Feiyang Protech has been specializing in the production of raw materials for polyaspartic coatings for 30 years and can provide polyaspartic resins, hardeners and coating formulations. Feel free to contact us: [email protected]

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Consult our engineers to customize a coating formulation for your project. Contact our Tech Team

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