Ethylene Thiourea (ETU) CAS 96-45-7: Your Ultimate Rubber Accelerator Guide

Discover the essential role of Ethylene Thiourea (ETU) as a high-performance rubber accelerator. Learn about its properties, applications, and benefits for your rubber compounding needs.

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Advantages in Rubber Processing

Accelerated Curing

Leverage the power of Ethylene Thiourea to significantly reduce vulcanization times, a key factor when aiming for efficient rubber processing and increased throughput.

Improved Physical Properties

Our Ethylene Thiourea contributes to vulcanizates with excellent physical properties, including high tensile strength and good heat resistance, crucial for demanding applications.

Broad Compatibility

ETU is a highly effective accelerator for specific rubber types, making it a versatile choice for various fine chemical crystal intermediates and rubber compound formulations.

Key Applications

Wire and Cable Manufacturing

Ethylene Thiourea is essential for producing high-quality insulation and jacketing materials for wires and cables, ensuring durability and safety in electrical applications.

Footwear Production

Used in the manufacturing of rubber shoes and boots, ETU enhances flexibility and wear resistance, providing comfort and longevity for footwear.

Industrial Rubber Goods

From hoses to raincoats, ETU plays a vital role in imparting the necessary elasticity and resilience to various industrial rubber products, meeting stringent performance requirements.

Fine Chemical Synthesis

Beyond its role in rubber, Ethylene Thiourea also serves as a valuable intermediate in the synthesis of other fine chemicals, including antioxidants and pesticides.