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Epoxy Modified Silicone Resin IOTA E-30: Breaking Through High-Temperature Anti-Corrosion Coating Technology Bottlenecks

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Anhui IOTA Silicone Oil Co., Ltd.'s newly launched Epoxy Modified Silicone Resin IOTA E-30 is redefining the technical standards of industrial anti-corrosion coatings with its exceptional high-temperature resistance and anti-corrosion properties. This product combines the strong adhesion of epoxy resin with the temperature resistance of silicone, withstanding environments ≥500°C, providing long-lasting protection solutions for energy, power, and chemical industries.

Revolutionary Technological Breakthrough

  • Extreme Temperature Resistance: Long-term endurance at 500°C+, short-term tolerance up to 600°C extreme environments

  • Dual Curing System: Supports room temperature two-component curing and high-temperature baking curing (180-200°C/1.5h)

  • Exceptional Protection: Resists chemical corrosion, arc corona (Class H insulation), and weather aging

  • Flexible Application: Viscosity 20-60 seconds (Ford Cup #4), suitable for spraying, brushing and other processes

Industry Application Cases

✓ Petrochemical Pipeline Protection: Maintains protective effect for over 5 years in acidic environments
✓ Electrical Equipment Insulation: Class H insulation certified for motors and transformers
✓ High-Temperature Equipment Linings: Boiler and reactor interior protection against medium corrosion

"Compared to traditional epoxy resins, IOTA E-30 improves temperature resistance by over 200°C while offering better flexibility," stated IOTA's R&D Director. "Its unique epoxy modification technology solves the industry challenge of coating embrittlement at high temperatures."

Technical Specifications

Parameter Specification
Appearance Light yellow transparent liquid, opalescence allowed
Solid Content 50±1%
Viscosity (Ford Cup #4) 20-60 seconds
Epoxy Value 0.02-0.07
Recommended Curing 180-200°C/1.5h or room temperature curing

Usage Guidelines

  • Two-Component Curing: With 650 polyamide (10-15%) or T-31 (5-7%)

  • High-Temperature Curing: 180-200°C baking for 1.5 hours for optimal performance

  • Surface Preparation: Substrate requires sandblasting to Sa2.5 grade, surface roughness 30-75μm

Safety Notice: Forced ventilation required during application to avoid solvent vapor accumulation. Store away from acids and alkalis.

Packaging: 20kg/200kg metal drums, 6-month shelf life

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