Features Of BYK-1710 Defoame
Superior Foam Control: Provides excellent foam suppression along with spontaneous defoaming action, effectively addressing foam-related challenges during processing and application.
Enhances Transparency: Ensures high transparency of end products, making it suitable for applications where clarity is a critical requirement.
Reduces Pinholes: Minimizes the tendency for pinhole formation, improving surface smoothness and overall quality of formulations.
Typical Applications Of BYK-1710 Defoamer
Coil Coatings: Improves flowability and pigment dispersion in coil coatings, contributing to even, flawless finishes on metal coils.
Industrial Paints: Applied in radiation-curing industrial paints to suppress foam, reduce pinholes, and enhance the performance and appearance of painted industrial products.
Printing Inks: Utilized in radiation-curing printing inks to manage foam, ensuring clear, precise prints with improved aesthetic appeal.
Specifications Of BYK-1710 Defoamer
Density (20 °C) | 0.90 g/ml |
Non-volatile content (60 minutes, 105 °C) | 50% |
Solvent | Xylene |
Flash point | 27 °C |
Storage and transportation | Must be stored and transported at temperatures below 40 °C |
BYK-1710 Defoamer – Frequently Asked Questions (FAQ)
Q1: What types of coating systems is BYK-1710 Defoamer best suited for?
A: BYK-1710 is especially effective in waterborne architectural and industrial coatings, including acrylic, styrene-acrylic, and vinyl acetate-based systems. It provides reliable foam control during both production and application without compromising gloss or substrate wetting.
Q2: How does BYK-1710 differ from silicone-based defoamers?
A: Unlike many silicone-based defoamers, BYK-1710 is a non-silicone, mineral oil–based formulation designed to minimize the risk of surface defects such as craters or pinholes. It offers good compatibility and long-term storage stability in sensitive aqueous systems.
Q3: Can BYK-1710 be added at any stage of the manufacturing process?
A: Yes — BYK-1710 is typically dosed during the let-down or post-addition stage for optimal performance, but it can also be incorporated earlier in the grind phase when needed. Its low viscosity and good dispersion behavior support flexible addition timing without destabilizing the formulation.
Q4: Is BYK-1710 compatible with common co-additives like rheology modifiers or dispersants?
A: BYK-1710 generally shows good compatibility with associative and non-associative thickeners, anionic and polymeric dispersants, and most common surfactants used in waterborne coatings. As with any additive, compatibility testing under actual formulation conditions is recommended prior to full-scale implementation.
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