(N-Cyclohexylamino)methylmethyldiethoxysilane

Product Overview

This specialized organosilicon compound serves as a premier solution for advanced textile finishing and silicone modification applications. Designed with a unique cyclohexylamine structure, it offers superior performance characteristics compared to conventional aliphatic amine silanes. The molecule functions as a highly effective coupling agent, facilitating robust bonding between organic polymers and inorganic substrates while imparting exceptional softness to treated fabrics.

Our manufacturing process ensures consistent quality and high purity levels, making it an ideal choice for demanding industrial formulations. Whether utilized in the synthesis of modified silicone oils or as a direct additive in textile emulsions, this product delivers reliable results across various processing conditions. It represents a significant evolution in textile auxiliary chemistry, providing manufacturers with a tool to enhance fabric hand feel without compromising aesthetic qualities.

Chemical Advantages

The distinct chemical architecture of this silane coupling agent provides significant technical benefits over traditional ethylenediamine-based alternatives. The presence of the cyclohexyl group introduces steric hindrance around the secondary amino functionality. This structural feature reduces the activity of active hydrogens, which directly translates to improved thermal stability and reduced tendency for yellowing during high-temperature curing processes.

Traditional bisamine structures often suffer from synergistic effects that limit high-temperature resistance and hydrophilicity. In contrast, the cyclohexylamine type silane coupling agent mitigates these issues effectively. The reduced active hydrogen activity ensures that the self-degree of the silicone oil softener is improved, thereby enhancing hydrophilicity and antifouling properties accordingly. This makes it particularly suitable for high-end textile applications where whiteness retention is critical.

• Enhanced resistance to thermal degradation and discoloration
• Superior hydrophilicity and antifouling properties on finished fabrics
• Improved elasticity indices when used in emulsion polymerization
• Minimal impact on fabric whiteness during re-emulsification
• Compatible with both bulk polymerization and anionic emulsion systems

Technical Specifications

Applications and Processing

This product is versatile in its application methods. It can be employed in bulk polymerization reactions with D4 cyclic siloxanes to create customized silicone softeners. Alternatively, it serves as a key component in emulsion polymerization processes to produce anionic emulsions directly. The introduction of hydroxyl groups during polymerization enhances the elasticity of the final textile product, ensuring a soft hand feel without compromising mechanical strength.

For manufacturers seeking a drop-in replacement for existing formulations, this silane offers a performance benchmark that aligns with high-end market standards. It is particularly valued in the production of boneless soft hand finishes where traditional bisamine structures might fail due to yellowing issues. The ability to maintain fabric whiteness while improving elasticity makes it a preferred choice for premium garment manufacturing.

Packaging and Storage

To accommodate diverse operational scales, we offer flexible packaging solutions. Laboratory and pilot-scale requirements are met with fluoride bottles in 100ml, 250ml, 500ml, and 1000ml sizes. For full-scale industrial production, standard packaging includes 25L plastic drums, 210L iron drums, or 1000L IBC containers. This flexibility ensures that clients ranging from research institutions to large factories can access the material in appropriate quantities.

Proper storage is essential to maintain product integrity. Containers should remain sealed and stored in a cool environment at 25℃ or below. The shelf life is guaranteed for one year from the production date when stored under recommended conditions. Expired products may still be usable subject to successful quality control testing. As a non-dangerous good, transportation and handling follow standard chemical logistics protocols, simplifying supply chain management for global buyers.