H-1001 Polyfunctional Aziridine Crosslinker

H-1001 is a high-performance Polyfunctional Aziridine crosslinking agent with 100% active content, offering excellent water solubility, making it highly suitable for use in waterborne coatings. This product plays a crucial role in crosslinking and curing processes, effectively enhancing the performance of coatings. Its ability to improve moisture resistance and abrasion resistance makes it ideal for applications where durability is essential.

H-1001 significantly increases the crosslinking density of resins, resulting in stronger and more resilient coatings that offer enhanced long-term protection. This product is an excellent choice for manufacturers seeking to optimize the durability and performance of their waterborne coating formulations.


Price: $21.50/kg        Inquiry Now

Typical Physical Data

Appearance
Clear transparent liquid
Active content, %
>99%
pH value
9-11 (reference value)
Viscosity (mpa.s, 25℃)
100~500

Application Areas

Suitable for all waterborne acrylic, waterborne polyurethane, cellulose, and other systems to improve various physical properties.

Formulation Recommendations

1. For primers and intermediate coatings, add 0.2%-0.5% H-1001 to the slurry.
2. For topcoats, add 0.5%-1.0% H-1001 to the slurry.

Usage Instructions

Dilute H-1001 with water at a 1:1 ratio before adding it to the system. H-1001 will react with carboxyl groups at room temperature, and baking at 60-80°C will accelerate the reaction. The mixed slurry should be used within 24 hours. If there is any remaining, it can be added to a new batch but should not exceed 20%.

Precautions

Avoid direct contact with the body. If accidentally ingested, rinse your mouth with water or milk, and seek medical attention if necessary.

Safety, Packaging, and Storage

Available in 5KG and 20KG non-recyclable plastic barrels. Ensure the container lid is tightly closed after use if not completely emptied. Store at 5-35℃, avoiding freezing and direct sunlight. Keep sealed and stir well before use.