Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Dow XIAMETER OFX-3710 Silicone Oil

Dow XIAMETER OFX-3710 Fluid is an amino functional silicone polymer in the XIAMETER series, designed for multi-field functional modification. With the reactivity of amino functional groups and excellent properties of siloxane backbone, it imparts efficient softening, film-forming protection and surface modification effects to substrates, suitable for textiles

Features Of Dow XIAMETER OFX-3710 Silicone Oil

  1. Efficient Softening & Film-Forming - Rapidly forms uniform film layer, imparting smooth touch and protection to substrates

  2. Reactive Amino Groups - Strong chemical activity, improving adhesion and durability to substrates

  3. Wide System Compatibility - Compatible with various aqueous, solvent-based processing and formulation systems

  4. Easy Dispersion & Addition - Good fluidity, directly mixable into various functional formulations

  5. Stable Performance - Weather and wear resistant, with stable and non-decaying effects in long-term use

Typical Applications Of Dow XIAMETER OFX-3710 Silicone Oil

  1. Textile Softening Finishing - Apparel, home textile fabrics, enhancing smooth hand feel and wrinkle resistance

  2. Care Product Formulation - Leather, furniture care agents, enhancing surface gloss and protection

  3. Industrial Coating Modification - Functional coatings, optimizing surface smoothness and scratch resistance

  4. Daily Chemical Addition - Hair care, skin care products, improving skin feel and film-forming moisturizing effect

  5. Plastic & Rubber Modification - Plastic and rubber products, improving surface lubricity and processing fluidity

Specifications Of Dow XIAMETER OFX-3710 Silicone Oil

BrandDOW
Product TypeAmino Functional Silicone Polymer
AppearanceLight yellow clear liquid (Typical)
Ionic CharacterWeak Cationic (Typical)
Core CharacteristicsSoftening & film-forming, reactive amino, wide compatibility


Dow XIAMETER OFX-3710 Silicone Oil – Frequently Asked Questions (FAQ)

Q1: What is the primary function of XIAMETER OFX-3710 in industrial formulations?

A: XIAMETER OFX-3710 is a low-viscosity, reactive silicone fluid designed primarily as a surface modifier and leveling agent. It improves substrate wetting, reduces surface tension, and enhances flow and defect suppression—especially in high-performance coatings, inks, and adhesives where uniform film formation is critical.


Q2: Is XIAMETER OFX-3710 compatible with common solvent-based and water-based systems?

A: Yes—OFX-3710 exhibits broad compatibility across solvent-borne, water-borne, and high-solids resin systems, including acrylics, polyurethanes, epoxies, and alkyds. Its hydrolytically stable siloxane backbone supports formulation stability without significant risk of phase separation or viscosity drift under typical storage and processing conditions.


Q3: How does XIAMETER OFX-3710 differ from non-reactive silicone oils used for surface modification?

A: Unlike conventional non-reactive silicones, OFX-3710 contains reactive silane functionality that enables covalent incorporation into crosslinking networks. This minimizes migration, bloom, or leaching over time—providing more durable surface effects and improved long-term performance in cured films.


Q4: What are typical dosage recommendations for XIAMETER OFX-3710 in coating formulations?

A: Dosage depends on formulation requirements and desired performance level, but it is typically used at low concentrations—generally ranging from 0.1% to 2% by weight of total formulation. Optimal levels should be determined empirically through lab-scale trials to balance surface enhancement with compatibility and final film properties.


Q5: Does XIAMETER OFX-3710 require special handling or storage conditions?

A: Standard industrial handling practices apply. Store in tightly sealed containers in a cool, dry place away from strong oxidizers and moisture sources. While OFX-3710 offers good hydrolytic stability, prolonged exposure to ambient humidity may affect reactivity over extended periods—so maintaining container integrity during use is recommended.



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