IOTA Chemical officially introduces the dual reactive functional group silane containing methacryloxy and methoxy groups - γ-Methacryloxypropyl Methyldimethoxy Silane IOTA-571. Through unique molecular structure design, this product demonstrates exceptional application potential in polymer modification, composite material enhancement, and warm water cross-linking technology, providing innovative solutions for the polymer materials industry.

Technical Principle and Breakthrough

The molecular structure of IOTA-571 features both free-radical reactive methacryloxy groups and hydrolyzable methoxy silane groups:

• Side Chain Grafting Capability: Methacryloxy groups can graft onto polymer backbones, introducing ester groups as active sites for warm water cross-linking

• Interface Enhancement特性: Methoxy silane groups form strong chemical bonds with inorganic materials after hydrolysis

• Dual-Functional Bridge Role: Constructs stable molecular bridges at organic-inorganic interfaces

Key Performance Advantages

1. Polymer Modification

   • Enhances pressure crack resistance, wear resistance, and impact resistance of polyethylene and copolymers

   • Expands usable temperature range and improves processing tolerance

2. Composite Material Enhancement

   • Significantly improves mechanical strength of glass fiber products (bending strength +30%, tensile strength +25%)

   • Strengthens interfacial bonding between fibers and resin matrices

3. Warm Water Cross-linking Technology

   • Provides mild and efficient cross-linking solutions for polyethylene and other polymers

4. Multifunctional Applications

   • Excellent performance in cables, inks, coatings, and silicone oil modification

Typical Physical Parameters

Detailed Five Application Areas

1. High-Performance Composite Materials
Suitable for various complex shapes and all densities of polyethylene and copolymers, significantly enhancing comprehensive material properties

2. Wire and Cable Industry
Treats clay-filled peroxide cross-linked EPDM systems, improving dissipation factor and specific inductive reactance

3. Glass Fiber Optimization
Enhances mechanical properties of glass fiber products and bonding strength with resin matrices

4. Ink and Coating Additives
Provides excellent film-forming hardness and glossiness, improving product appearance quality

5. Silicone Oil Modifier
Synthesizes methacryloxy-containing silicone oils, imparting heat resistance, smoothness, and weather resistance to resins

Industry Application Value

"In the field of filled composite materials, IOTA-571 significantly enhances mechanical properties while maintaining processability by strengthening organic-inorganic interface bonding," stated IOTA's Technical Director. "Its unique warm water cross-linking characteristics further provide an environmentally friendly and efficient cross-linking pathway for polyethylene products."

Usage and Storage Guidelines

• Storage Conditions: Store sealed in cool, dry place, moisture-proof and waterproof, away from fire and heat sources

• Shelf Life: 6 months (under proper storage conditions)

• Packaging Specifications: 5kg/25kg/200kg/1000kg plastic drums, customization available