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Softeners

One factor that makes our advanced softening agents effective at low use levels is their linear molecular structure, which improves surface coverage and penetration. The molecules also feature amino or quat functionality - which allows us to tailor surface affinity, bulky touch and antistatic properties in each softener grade - and polyether blocks, which affect antistatic properties as well as hydrophilicity. Of course, the siloxane backbone of these molecules provides the slickness, smoothness and soft hand feel for which silicone-based softeners are known.

Our NuWet* brand finishes for nonwovens and our renowned Magnasoft* textile enhancers span the breadth of our softening capabilities and offer a full array of soft textile effects as well as cost efficiency, processing ease and additional value-adding benefits such as tear resistance and durability.

In addition to softeners, Momentive has an extensive portfolio of products developed for all aspects of the textile and leather industries.

* NuWet and Magnasoft are trademarks of Momentive Performance Materials Inc.

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TSF 4703 and TSF 4708 textile softeners have a very similar molecular structure and similar uses. The difference is in their amine content. TSF 4703 textile softener has a slightly higher amine content than TSF 4708 textile softener, so it's an excellent choice to consider when your priority is outstanding smoothness.

Potential applications for TSF 4703 textile softener include: 

  • Cotton
  • Cotton/poly blends
  • Polyester
  • Other fabrics that require smoothness and excellent stretch recovery

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Baysilone DHS TP-3877 polymer is a specialty silicone copolymer that generally maintains the hydrophilic nature of natural cotton and cotton blends to absorb water and perspiration on the fabrics more quickly. Developed to typically be stable under alkaline and acidic finishing conditions, Baysilone DHS TP-3877 polymer is an excellent candidate to consider for helping fabrics retain their hydrophilicity over time. 

By working to impart a typically smooth, luxurious and natural softness to fabrics that may feel dry to the touch rather than greasy, the textile softener is formulated to help enhance the performance and hand feel of cotton and cotton-blend fabrics. With an affinity for the fiber surface, Baysilone DHS TP-3877 polymer may help keep fabrics feeling soft longer.

With its potential to be easily emulsified, this textile softener may produce durable micro-emulsions that usually retain good emulsion stability under most conditions. Plus, the resistance to fabric yellowing and/or discoloration after drying/curing generally helps make this textile softener an excellent candidate for use on bleached and/or dyed fabrics.

With outstanding shear stability at both temperature and pH extremes, Baysilone DHS TP-3877 polymer may typically be applied to fabrics using most types of finishing equipment, including high-speed padding, kiss rolls, exhaustion and jet finishing.

Potential applications for Baysilone DHS TP-3877 polymer may include:

  • Enhanced hydrophilicity through multiple home laundry cycles on cotton and cotton blends
  • A potentially soft, dry hand feel
  • Highly suitable durability and shear stability under temperature and pH extremes

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The versatile Baysilone OF-OH502-3% polyurethane resin modifier may be combined with various polyurethane and polyester polymers to create a hybrid polymer with excellent results. Terminated with a primary carbinol group, this modifier is capable of producing normal alcohol reactions. Its low molecular weight allows it to generally be incorporated easily into most polyurethane resin systems. 

In addition to typically offering an improved feel to polyurethane leather, Baysilone OF-OH502-3% polyurethane resin modifier may provide a polyurethane coating that is more water repellent and less sticky. Resistant to both high and low temperatures, it may also boast a longer life span than competitors.      

Baysilone OF-OH502-3% polyurethane resin modifier may be applied with Baysilone OF-OH502-6% polyurethane resin modifier to formulate a polyurethane resin with different OH values. 

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The versatile Baysilone OF-OH502-6% polyurethane resin modifier may be combined with various polyurethane and polyester polymers to create a hybrid polymer with excellent results. Terminated with a primary carbinol group, this modifier is typically capable of producing normal alcohol reactions. With a low molecular weight, it is easily incorporated into most polyurethane resin systems. 

In addition to offering an improved feel to artificial leather, Baysilone OF-OH502-6% polyurethane resin modifier may create a polyurethane coating with superior durability and weather resistance. Polyurethane resin coatings formulated with this modifier may be more water repellent, less sticky and resistant to both high and low temperatures.      

Baysilone OF-OH502-6% polyurethane resin modifier may be applied with Baysilone OF-OH502-3% polyurethane resin modifier to formulate a polyurethane resin with different OH values. 

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The versatile Baysilone OF-OH702-4% polyurethane resin modifier may be combined with various polyurethane and polyester polymers to create a hybrid polymer with excellent results. Terminated with a primary carbinol group, this modifier is typically capable of satisfactorily producing normal alcohol reactions. With a very low molecular weight, it may be easily incorporated into most polyurethane resin systems.

In addition to generally offering an improved feel to polyurethane leather, Baysilone OF-OH702-4% polyurethane resin modifier is typically resistant to both high and low temperatures and may boast a longer life span than alternative products.      

Baysilone OF-OH702-4% polyurethane resin modifier may be applied with Baysilone OF-OH702-E polyurethane resin modifier to formulate a polyurethane resin with different OH values.

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4.0/5★★★★★★★★★★

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Amit Mishra ★★★★★ ★★★★★

06-April-21

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04-April-19

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