In the fields of aerospace, electrical equipment, specialty industries, and high-temperature corrosion protection, coating materials must remain stable under extreme environments while possessing excellent electrical insulation and chemical resistance. IOTA 6056D Phenyl Silicone Resin, with its exceptional high-temperature resistance (≥500℃), low smoke emission characteristics, and outstanding comprehensive physical properties, serves as an ideal base material for high-temperature coatings and Class H insulation coatings.

Why Choose IOTA 6056D

Exceptional Temperature and Electrical Performance

• Long-term temperature resistance up to 500℃ or higher, maintaining structural stability at high temperatures with minimal yellowing

• Possesses excellent electrical insulation and arc resistance, suitable for high-voltage environments

• Low smoke emission at high temperatures, meeting safety and environmental protection requirements

Superior Comprehensive Protective Performance

• Good hydrophobic and moisture-proof properties, adaptable to humid and corrosive environments

• Outstanding weather resistance and chemical stability, ensuring long service life

• High hardness after curing (≥2H), excellent gloss, and high fullness

Flexible Application and Rapid Curing

• Can air-dry quickly at room temperature, facilitating on-site application and repair

• Supports high-temperature baking curing, adaptable to industrial coating processes

Technical Specifications

Main Application Areas

High-Temperature and Specialty Coatings

• Industrial equipment coatings resistant to temperatures above 500℃

• Specialty protective coatings for aerospace and military applications

• Surface protection for high-temperature pipelines, furnaces, kilns, and heat treatment equipment

Electrical Insulation Materials

• Class H insulation coatings for electrical equipment such as motors and transformers

• Arc-resistant coatings for high-voltage switches and power transmission equipment

• High-temperature protective coatings for electronic components

Chemical and Corrosion Protection Engineering

• Coatings for equipment interiors resistant to chemical corrosion

• Long-term corrosion-resistant coatings for outdoor steel structures

• Waterproof and moisture-proof coatings for harsh environments

Curing and Application Guidelines

Curing Methods

• Room Temperature Curing: Can air-dry quickly, reaching finger-dry state with a certain hardness

• High-Temperature Baking Curing: 200℃ for 30 minutes or 250℃ for 20 minutes

Application Recommendations

• Ensure diluent solvents are free from water and sulfur-containing impurities before use

• Maintain good ventilation in the application environment, strictly prohibit open flames, and operators should wear protective equipment

• Equipment and tools must be kept clean to avoid contamination with dust or moisture

• Avoid contact with acids, alkalis, organic acid salts, and amine compounds

Usage Precautions

• Diluent solvents must not contain water, sulfur-containing compounds, or pyridine impurities

• Enhance ventilation during processing, eliminate ignition sources, and ensure labor protection for personnel

• Processing equipment and tools must be kept clean to prevent contamination with foreign matter and moisture

• Strictly avoid contact with acids, alkalis, organic acid salts, and amine compounds during storage

Packaging and Storage

• Packaging Specifications: 200 kg large white iron drums / 20 kg small white iron drums

• Storage Conditions: Store in a ventilated, cool, and dry place, avoid direct sunlight

• Storage Period: Tentatively six months

• Precautions: Keep away from heat sources and open flames, avoid acid and alkali contamination