Silicone Resin Factory&supplier
Silicone Resin
Everything you need to know about our products and company
Basic Product Information
Chemical Properties
Physical Properties
Product Functions
Silicone resin significantly reduces the friction coefficient between fibers, giving fabrics a soft and silky hand feel while enhancing wearing comfort. Whether applied to natural fibers (cotton, linen, silk) or synthetic fibers (polyester, nylon), it dramatically improves fabric texture—like wrapping the fabric in a smooth “second skin.”
Forms a low-surface-energy protective film on fabric surfaces, preventing water and oil from adhering or penetrating. This not only keeps garments clean against rain and stains but also extends fabric durability, making it ideal for outdoor wear, tablecloths, upholstery, and more.
Strengthens fiber bonding and restricts fiber movement, effectively reducing wrinkles during washing and wear. It also improves dimensional stability, minimizing shrinkage and maintaining garment shape—reducing ironing needs.
Promotes better dye adhesion to fibers, improving color uniformity and fastness. This results in brighter, longer-lasting colors with reduced fading, boosting both aesthetic appeal and commercial value.
Applications
Suitable for various garment fabrics, including shirts, T-shirts, dresses, denim, and more. Silicone resin finishing enhances wearing comfort by delivering softness, water/oil repellency, and wrinkle resistance, meeting consumers’ high demands for garment quality and functionality.
Ideal for bedding (sheets, duvet covers), curtains, sofa covers, etc. Silicone resin treatment provides water/oil resistance and wrinkle reduction, simplifying cleaning and maintenance while elevating the texture and durability of home textiles—enhancing both comfort and aesthetics in living spaces.
Applied to technical textiles such as tents, waterproof canvas, filtration fabrics, etc. Silicone resin finishing significantly improves waterproofing, abrasion resistance, and anti-aging properties, ensuring reliable performance in diverse industrial environments.
Core Advantages
| Advantage | Technical Parameters | Industry Value |
| Superior Softness | Friction coefficient reduced by >50% | Enhances fabric hand feel and wearing comfort, boosting product competitiveness in the market. |
| High Water Repellency | Water repellency rating: 4-5 (AATCC 22) | Enables excellent waterproof performance for textiles, ideal for outdoor and functional apparel applications. |
| Effective Oil Resistance | Oil repellency rating: 5-6 (AATCC 118) | Resists oil stains, reduces washing frequency, and extends textile lifespan. |
| Outstanding Wrinkle Resistance | Crease recovery angle improved by 30-50° (AATCC 66) | Minimizes fabric wrinkles, maintains garment appearance, and lowers consumer maintenance costs. |
| Eco-Sustainability | Compliant with OEKO-TEX Standard 100; free from harmful residues | Meets consumer demand for eco-friendly products, strengthens brand reputation, and expands market opportunities. |
Market Value
Enhanced Efficiency & Cost Reduction
Silicone resin imparts multiple functionalities to fabrics in a single treatment, reducing the number of processing steps, shortening production cycles, and improving overall efficiency.
Compared to traditional finishing agents, silicone resin systems require less resin usage and lower energy consumption during drying, helping manufacturers cut production costs and energy demands.
Alignment with Sustainability Trends
Certain silicone resins are biodegradable into harmless substances, minimizing environmental impact and complying with stringent regulations. This enhances textile companies’ sustainability credentials.
By improving textile quality and durability, silicone resin finishing reduces the need for frequent replacements, contributing to long-term resource conservation and sustainable practices.
High Growth Potential
Rising consumer expectations for comfort, functionality, and style in textiles are fueling demand for silicone resin-finished products. This trend aligns with global shifts toward premium, high-performance fabrics.
Rapid industrialization, urbanization, and growing quality-of-life demands in Asia-Pacific and other emerging markets are driving textile industry growth, creating vast opportunities for silicone resin applications.
Experimental Data & Case Studies
Experimental Data
| Test Item | Test Standard | Test Results | Conventional Product Level |
| Softness | AATCC EP5 | 4.8/5 | 3.5-4.2/5 |
| Wrinkle Resistance | AATCC 128 | Crease recovery angle: 280° | 200-230° |
| Water Repellency | AATCC 22 | Initial: 90 pts; After 20 washes: 85 | Initial: 80 pts; After 20 washes: 70 |
| Yellowing Index | ISO 105-B02 | ΔE <1.5 (200h light exposure) | ΔE 3-5 |
Case Studies
Pain Point: Traditional finishing agents caused stiffness and poor breathability.
Solution: Applied microencapsulated silicone finishing agent.
Result: Achieved 40% improvement in hand feel and 25% increase in breathability, securing orders from a luxury brand.
Requirement: Balance softness with rapid moisture-wicking performance.
Innovation: Developed hydrophilic-modified silicone finishing agent.
Outcome: Reduced water absorption time to 2 seconds (national standard: ≤5 seconds), driving 300% annual sales growth.
Challenge: Simultaneously ensure comfort and protective performance.
Breakthrough: Implemented silicone/fluorocarbon hybrid finishing system.
Performance: Achieved breathability: 8000g/m²/24h and blood penetration resistance: Level 16.
Application Methods & Precautions
Silicone Resin Preparation Process
Common monomers: methyltrichlorosilane (CH₃SiCl₃), dimethyldichlorosilane ((CH₃)₂SiCl₂), phenyltrichlorosilane (C₆H₅SiCl₃), etc., which undergo hydrolysis and condensation to form a siloxane backbone (Si-O-Si).
Hydrogen-containing silicone oil (Si-H bonds), amino silicone oil (with -NH₂ groups), epoxy-modified silicone oil, etc., to introduce functional groups.
Toluene, xylene, isopropanol, etc., for controlling reaction rates and solubility.
Hydrolyze chlorosilane monomers with water under acidic/alkaline conditions to form silanols (Si-OH), followed by condensation to create Si-O-Si bonds.
pH, temperature (typically 20-80°C), and stirring speed regulate molecular weight and branching.
Hexamethyldisiloxane (MM) for end-capping to control molecular weight.
Introduce amino groups via aminosilanes (e.g., aminopropyltriethoxysilane) to enhance fiber affinity.
Incorporate epoxy groups (e.g., glycidoxypropyltrimethoxysilane) to improve dye binding.
Graft polyoxyethylene (PEO) chains to enhance hydrophilicity and antistatic properties.
Disperse hydrophobic silicone resins into water using emulsifiers (e.g., Span-80, Tween-80) and shear force to form stable emulsions.
Achieve nano-scale emulsion particle size (<100 nm) for superior penetration and stability.
Core Technologies in Textile Finishing
Amino silicone oils form films on fiber surfaces via Si-O-Si bonds, reducing friction coefficients.
React hydrogen-containing silicone oils (Si-H bonds) with fiber hydroxyl groups to create hydrophobic layers (contact angle >120°).
Introduce phosphorus/nitrogen elements (e.g., phosphate-modified silicone resins).
Load silver ions (Ag⁺) or quaternary ammonium salts into silicone resins.
Activate reactive groups (e.g., Si-OH, Si-H) at 120-180°C to bond with fibers.
Use UV light to initiate radical polymerization of acrylate-modified silicone resins.
Incorporate SiO₂ or TiO₂ nanoparticles to enhance abrasion resistance and UV protection.
Prepare silicone resin/metal oxide hybrids (e.g., Al₂O₃) via sol-gel methods.
Direct emulsification or bulk polymerization to minimize VOC emissions.
Develop polyether-siloxane copolymers for improved environmental compatibility.
Precautions
Incompatibility may cause precipitation or reduced performance.
Ensure fabric pH is neutral (pH 6-8) to optimize resin bonding.
Packaging & Ordering
Packaging: 200kg/1000kg plastic drums (customizable).
Our most popular products loved by customers worldwide
Basic Product Information Product Name: Silicone Resin Chemical Name: Polysiloxane Appearance: Colorless Transparent Liquid Chemical Properties Ultra-Low Surface Energy: Surface tension of 18–22 mN/m, enabling exceptional release performance. Thermal Stability: Continuous heat resistance up to 300°C; instantaneous tolerance to 500°C. .
Basic Product Information Product Name: Silicone Resin Chemical Name: Polysiloxane Appearance: Colorless Transparent Liquid Chemical Properties Excellent Thermal Stability: The high bond energy of Si-O-Si enables long-term resistance to temperatures of 200–300°C, with some variants capable of withstanding even higher temperatures. Minimal.
Basic Product Information Product Name: Silicone Resin Chemical Name: Polysiloxane Appearance: Colorless Transparent Liquid Chemical Properties SILICONE RESIN Exceptional Thermal Stability: High Si-O bond energy enables long-term resistance to 200–300°C and short-term tolerance above 350°C, significantly enhancing the heat resistanc.
Basic Product Information Product Name: Silicone Resin Chemical Name: Polysiloxane Appearance: Colorless Transparent Liquid Chemical Properties High-Temperature Resistance: Si-O bond energy: 452 kJ/mol Long-term thermal stability: 250–300°C Short-term tolerance: Up to 500°C Chemical Inertness: Resistant to acids, alkalis.
