High-quality TAIC Crosslinking Agent

TAIC, also known as Triallyl Isocyanurate, is a multifunctional crosslinking agent widely used in peroxide-cured rubber and polymer systems. It is mainly used as a coagent to improve crosslinking efficiency and enhance the overall performance of cured rubber and polymers. TAIC can help improve heat resistance, mechanical strength, compression set and chemical resistance. TAIC is commonly used in EPDM, silicone rubber, fluororubber and other specialty elastomer systems. It is suitable for applications requiring excellent heat resistance, durability and long-term performance.

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Description

Technical Parameters

Product name: Crosslinking agent TAIC

Chemical Name: Triallyl Isocyanurate

CAS NO.: 1025-15-6

Molecular Formula: C12H15N3O3

Molecular Weight: 249.27

Structural formula:

product-208-109

Specification

Item	Top grade(liquid)
Appearance	clear liquid or crystal
Active conten ≥%	99
Hue(Pt-Co) ≤	50
Acid value(mg KOH/g)≤	0.3

Advantages

1. Improves Crosslinking Efficiency

TAIC works as a multifunctional coagent in peroxide curing systems and helps improve the crosslinking efficiency of rubber and polymers.

2. Enhances Mechanical Properties

It can help improve tensile strength, hardness and overall mechanical performance of cured elastomers.

3. Excellent Heat Resistance

TAIC is suitable for rubber products that require good performance under high-temperature conditions.

4. Improves Compression Set

It can help improve the elastic recovery and compression set performance of peroxide-cured rubber compounds.

5. Suitable for Various Polymer Systems

TAIC is widely used in EPDM, silicone rubber, fluororubber and other special polymer materials.

Application

Industrial Applications of TAIC

The benefits above translate into many real-world applications:

Wire & Cable Insulation: Electrical cables in automotive, aerospace or marine settings demand stable insulation under temperature swings, chemical attack and mechanical stress. TAIC-cross-linked materials deliver the long-term reliability required.

Automotive Components: From fuel system hoses and exhaust gaskets to engine seals, modern vehicles demand materials that hold up under aggressive bio-fuels, high temperature exhausts and repeated flexing. TAIC-enhanced compounds deliver the chemical resistance, thermal stability and compression-set resistance required.

Aerospace Systems: Here failure is not an option. Materials in aerospace must withstand extreme conditions and cycles. TAIC-cross-linked elastomers furnish the margins and reliability required for sealing, insulation or structural elastomer components.

Footwear Manufacturing: Athletic and industrial footwear demand flexibility, cushioning and durability. Using TAIC in sole compounds or mid-soles helps maintain rebound resilience, reduce compression set and fight abrasion over long use cycles.

Solar Energy Systems: In photovoltaic modules, cross-linked EVA (ethylene-vinyl acetate) encapsulants demand optical clarity, long-term stability and thermal resistance. TAIC helps accelerate cure, improve transparency and extend service life of the modules.