Application markets for Juyou silicone materials

Common Cosmetic Formulator Customer Pain Points

1. Low-purity cosmetic silicones contain heavy metals, residual catalysts and odors, failing to meet EU CosIng, REACH and domestic cosmetic raw material inspection standards
2. Ordinary elastomer gels have poor oil compatibility, easy agglomeration and grainy texture when mixed with ester oils, plant oils and cosmetic solvents
3. Conventional volatile silicone oils have inconsistent volatilization speed, causing uneven skin feel, greasy residue or rapid dry tightness after application
4. General MQ film-forming resins deliver weak water/sweat resistance, makeup prone to transfer and fade under high temperature or sweating
5. Common silicone emulsifiers have narrow compatibility, cannot stabilize formulas with high alcohol, high salt or high active acid ingredients, easy stratification and oil floating
6. Generic amino silicone oils lead to heavy hair greasiness, poor combing smoothness and residual buildup after repeated hair washing
7. Low-grade phenyl silicone oils have low refractive index, weak luminous finish for lipstick and high-gloss skincare
8. Single viscosity silicone oil cannot satisfy multi-texture demands: lightweight essence, rich cream, silky primer and matte powder base
9. Inferior silicone powders have poor oil absorption, weak soft-focus effect, obvious floating powder and dull makeup finish
10. Unstable batch viscosity, volatile content and crosslinking degree of silicone raw materials, leading to finished cosmetic texture fluctuation and customer complaints
11. Many silicone suppliers only supply single categories, formulators need multiple vendors for full formula matching, raising procurement and testing costs

Advantages of Our Personal Care Silicone Materials Series

• Cosmetic-grade high-purity refined production, ultra-low heavy metal, catalyst and volatile impurity content, compliant with CosIng, REACH, China cosmetic raw material catalogue
• Complete 11-category one-stop silicone portfolio, covering all core cosmetic silicone materials to realize full-formula matching without multi-supplier procurement
• Tunable molecular crosslinking degree, viscosity and volatile speed; elastomer series delivers customizable matte, silky, non-greasy sensory texture
• Excellent multi-system compatibility: stable with plant oils, ester solvents, alcohol, thickeners, acids, whitening and anti-aging active ingredients without stratification or precipitation
• Outstanding core cosmetic performance: long-lasting waterproof film forming, pore-blurring soft-focus, pigment dispersion, hair smooth anti-frizz, lightweight non-occlusive moisturization
• Mild non-irritating molecular structure, suitable for sensitive skin, baby care and clean beauty low-irritation formulas
• Stable batch technical indicators, consistent viscosity, refractive index, oil absorption and film-forming performance for long-term mass production
• Multi-viscosity & multi-carrier specifications for silicone oils and elastomer gels, freely matched to light lotion, thick cream, matte powder, glossy makeup
• Customizable modification: adjust vinyl content, phenyl proportion, emulsifier HLB value, elastomer crosslink density per client formula requirements
• Low odor, low residue, easy to compound, no special high-temperature stirring required, saving production energy and processing time
• Complete supporting documents: COA, MSDS, third-party heavy metal/irritation test reports, REACH registration files for global export
• Professional cosmetic formulation technical support: provide formula matching guidance, compatibility testing, texture adjustment and sample optimization service

Common Customer Pain Points

1. Low-purity generic siloxane intermediates contain excessive impurities, leading to unstable reaction conversion rate and more by-products during downstream synthesis
2. Conventional Heptamethyltrisiloxane has low Si-H activity, incomplete hydrosilylation with allyl polyethers, resulting in weak spreading performance of finished agricultural silicone adjuvants
3. Ordinary cyclic siloxane (D4/D5) has inconsistent volatility and residual content, failing to meet EU REACH cosmetic low volatile limits and electronic high-purity requirements
4. Generic vinyl silicone monomers have poor storage stability, easy self-polymerization under normal temperature, short shelf life
5. Separate procurement of cyclic siloxanes, hydrogen-containing intermediates and vinyl monomers from multiple suppliers increases purchasing cost and formula testing workload
6. Unstable batch purity, fluctuating viscosity and boiling point, causing finished silicone oil / adjuvant performance deviation and customer complaints
7. High residual catalyst and metal ion content of inferior intermediates, unsuitable for medical, cosmetic and high-end electronic formulation systems

Advantages of Our Silicone Raw Material Series

• High-purity refined products via precise vacuum rectification, purity ≥98%–99.9%, ultra-low heavy metal & catalyst residue, meeting cosmetic, electronic and agrochemical high-grade standards
• Complete 6-category one-stop intermediate portfolio covering cyclic volatile siloxanes, linear blocking agents, hydrogen-containing intermediates, vinyl reactive silanes, full coverage of silicone synthesis core raw materials
• Optimized molecular activity design: JY-1315 features high-activity Si-H bonds, high conversion rate in hydrosilylation, produces high-performance trisiloxane super spreaders with ultra-low surface tension
• Stable chemical structure with wide pH tolerance, effectively inhibiting hydrolysis and side reactions during downstream polymerization & grafting synthesis
• Consistent batch technical indicators (viscosity, boiling point, volatile content, functional group value), long-term bulk supply without performance fluctuation
• Dual-grade options: Industrial standard grade & high-purity cosmetic/electronic grade, complying with REACH, TSCA global export regulations
• Customizable specifications: Adjust purity, volatile residue, vinyl/Si-H content, packaging drums & IBC tanks per client synthesis process
• Low byproduct rate during downstream reaction, reduces raw material consumption and downstream production costs
• Stable storage performance, anti-self-polymerization formula for vinyl silanes, long shelf life under sealed cool storage
• Professional formulation technical support: Provide synthesis proportion guidance, compatibility testing, distillation & polymerization process optimization solutions

Common New Energy Customer Pain Points

1. Ordinary heat dissipation materials have low thermal conductivity, unable to quickly export heat generated by new energy batteries and power devices, causing overheating and capacity attenuation
2. Traditional potting materials produce high internal stress after curing, easily cracking battery modules and damaging precision electronic chips under temperature cycling
3. Common heat-conducting silicone products have poor insulation performance, prone to leakage risk for high-voltage new energy power components
4. Single-function thermal materials require separate procurement of potting glue, gel, silicone grease and conductive rubber from multiple suppliers, raising procurement and testing costs
5. Low-grade thermal silicone materials lack flame retardant performance, cannot meet new energy battery safety certification standards
6. General heat dissipation silicone products have poor high and low temperature resistance, aging quickly under long-term alternating cold and heat, thermal conductivity drops sharply
7. Conventional two-component silicone products have unstable mixing ratio, inconsistent curing speed, leading to batch difference of finished heat dissipation assemblies

Advantages of Our Thermal Management Silicone Material Series

• Customizable thermal conductivity range from low to ultra-high thermal conductivity, efficient heat transfer for new energy battery and power modules, effectively reducing equipment operating temperature
• Complete 6-category one-stop thermal silicone portfolio covering solid conductive rubber, liquid potting glue, soft gel and heat-conducting grease, matching all new energy heat dissipation & encapsulation processes
• Low modulus flexible formula, releases thermal stress during temperature cycling, avoids cracking of battery shells and chip solder joints
• Excellent electrical insulation, high breakdown voltage, safe application for high-voltage new energy storage and vehicle power equipment
• Good flame retardant performance, reach UL94 V0 flame retardant grade, meet new energy battery safety design requirements
• Wide temperature resistance range (-50℃ ~ 200℃), stable thermal conductivity and mechanical properties after long-term aging
• Stable batch technical indicators: thermal conductivity, viscosity, curing speed, hardness, consistent performance for mass production of new energy assemblies
• Multiple curing modes: single-component room temperature/heat curing, two-component room temperature fast curing, adapting to different production line processes
• Customizable parameters: thermal conductivity, hardness, flame retardant grade, viscosity, color according to new energy customer product design
• Waterproof, dustproof, anti-corrosion, shock absorption buffer performance, protect internal components from environmental erosion
• Complete supporting certification documents: UL flame retardant report, insulation test report, COA, MSDS for new energy product certification and export

Common Agricultural Customer Pain Points

1. Ordinary spray additives fail to lower surface tension sufficiently; liquid medicine forms water beads on waxy crop leaves and slides off, causing incomplete leaf coverage and low pesticide utilization rate
2. Conventional adjuvants have weak stomatal penetration capacity; active ingredients stay on leaf surface, slow absorption and unsatisfactory pest & disease control effect
3. General surfactants feature poor rain resistance; light rainfall washes away spray liquid, requiring repeated spraying and raising chemical & labor costs
4. Traditional silicone auxiliaries generate massive foam during liquid mixing and high-pressure spraying, blocking spray nozzles and causing uneven pesticide application
5. Common spreaders have narrow pH tolerance, prone to hydrolysis when mixed with acidic/alkaline pesticide stock solutions and lose synergistic effect
6. Separate purchase of spreader, defoamer, anti-drift agent and soil conditioner from multiple suppliers increases procurement and testing costs
7. Inferior silicone adjuvants carry phytotoxic risks to seedlings, young fruits and sensitive greenhouse crops

Advantages of Our Agricultural Silicone Adjuvants Series

• Ultra-low surface tension trisiloxane molecular structure, delivering stronger spreading and leaf stomatal penetration than ordinary nonionic surfactants
• Complete 7-functional one-stop product portfolio covering spreading, penetration, anti-drift, low-foam, defoaming and soil improvement to meet all farm spraying demands
• Excellent rainfast performance, locking pesticide active ingredients on leaf surfaces to avoid loss under light rainfall
• Wide acid-alkali compatibility, stable synergistic performance within pH 4–9 mixed liquid, effectively inhibiting pesticide hydrolysis
• Dual application modes: tank-mix additive for field spraying & built-in raw material for pesticide finished formulation production
• Low recommended addition dosage, capable of cutting overall pesticide consumption by 20%-30% to lower comprehensive farming input costs
• Mild nonionic silicone formula with low phytotoxic risk for seedlings, greenhouse vegetables and fruit tree young shoots
• Specialized drone anti-drift model optimizes droplet spectrum to reduce drift pollution and improve target deposition rate
• Low-foam & independent pesticide defoamer series eliminate nozzle blockage caused by foaming during mixing and spraying
• Soil improvement organosilicon breaks soil hardening, optimizes soil aggregate structure and boosts root nutrient absorption
• Stable batch technical indicators (viscosity, surface tension, cloud point), consistent quality supporting long-term bulk order supply
• Customizable technical parameters, packaging specifications, COA & MSDS documents according to client formulation and spraying demands

Common Industrial Customer Pain Points

1. Excessive foam generated during industrial mixing and circulation overflows equipment, causing raw material loss and messy production site
2. Ordinary defoamers only work for short time, foam rebounds quickly after high-speed stirring and high shear circulation
3. Low-grade defoamers cause paint pinholes, shrinkage cavities and poor gloss, affecting finished coating and ink product quality
4. Conventional defoamers have narrow compatibility, prone to stratification and flocculation when mixed with thickeners, pigments and various industrial additives
5. Single-scenario defoamer products require separate procurement for pulp, metalworking, coating and oilfield lines, increasing procurement and inventory costs
6. General defoamers fail to withstand high-temperature working conditions, lose defoaming efficiency in heating circulation systems
7. Inferior defoamers contain residual harmful substances, cannot meet environmental discharge standards for paper, petrochemical and metal processing wastewater

Advantages of Our Defoaming Agents Series

• Full 7-category one-stop industrial defoamer portfolio covering pulp, metalworking, ink, coating, silicone universal, drilling mud and oil & gas industries, matching all mainstream industrial foam control demands
• Dual performance of instant foam breaking and persistent foam inhibition, effectively suppress foam regeneration under long-term high shear circulation
• Low recommended addition dosage, reduce defoamer input cost without affecting finished product texture and performance
• Excellent multi-system compatibility, stable with anionic, nonionic additives, pigments, fillers and various water-based industrial formulations
• Customized molecular design for different industries: silicone type for high efficiency, non-silicone type to avoid surface defects for high-gloss coatings and ink
• Wide temperature and pH adaptability, maintain stable defoaming performance in acid, alkaline and high-temperature production environments
• No side effects on finished products: no pinholes, no shrinkage, no oil floating, no impact on coating adhesion and ink color rendering
• Stable batch technical indicators, consistent viscosity, defoaming speed and foam suppression duration for long-term mass production supply
• Environmentally friendly low-odor formula, low VOC content, compliant with industrial wastewater emission and global environmental protection regulations
• Customizable specifications: defoaming strength, viscosity, carrier solvent, packaging volume according to customer production line working conditions
• Complete supporting documents: COA, MSDS, third-party foam performance test reports for factory inspection and export registration

Common Industrial Customer Pain Points

1. Ordinary silicone emulsions have poor centrifugal stability, easy stratification and oil floating during high-speed stirring and long-term storage
2. General textile softeners cause fabric yellowing after high-temperature setting, affecting white fabric finished quality
3. Conventional release emulsions have poor compatibility with paints and adhesives, leading to defective coating and printing after demolding
4. Common hydrogen-containing silicone emulsions have unstable crosslinking activity, inconsistent film-forming hardness after curing
5. Single-function emulsion products require separate procurement for textile softening, mold release and fiber finishing, raising procurement and inventory costs
6. Low-grade emulsions contain large particle size silicone droplets, uneven fabric hand feel and poor wash resistance after repeated washing
7. Inferior amino silicone emulsions lead to excessive fabric greasiness, poor air permeability and difficult post-dyeing reprocessing

Advantages of Our Silicone Emulsion Series

• Complete 7-category one-stop water-based silicone emulsion portfolio covering softening, release, crosslinking and fiber special finishing, fully matching textile and mold industrial demands
• Nonionic micro-emulsion system, ultra-stable under high-speed shearing, long-term storage without layering or oil bleeding, freely diluted with water in any proportion
• Customized molecular modification: amino type for ultra-soft hand feel, hydrogen type for crosslinkable film forming, alkyl modified type for high release compatibility
• Low-yellowing formula for hollow fiber and white textile finishing, no discoloration after high-temperature baking
• Excellent wash resistance and anti-static performance, fabric maintains softness after multiple washing cycles
• Wide acid-alkali compatibility, can be compounded with other textile auxiliaries, water-based coatings and waterborne adhesives without flocculation
• Adjustable solid content range (10%-70%) to adapt to different production line dipping, padding and spraying processes
• Mild low-odor environmental formula, low VOC, pollution-free water-based system, easy wastewater treatment
• Stable batch technical indicators: particle size, solid content, pH, emulsion stability, consistent hand feel and release performance for mass production
• Customizable parameters: silicone active content, emulsion particle size, crosslinking activity, packaging specifications according to customer processing requirements
• Complete supporting documents: COA, MSDS, textile auxiliary safety test reports for factory inspection and export

Common Coating & Paint Industry Customer Pain Points

1. A large number of micro-foams and macro-foams are generated during paint stirring and high-speed dispersion, resulting in coating pinholes, bubbles and shrinkage cavities after film formation, seriously affecting surface flatness.
2. Ordinary leveling agents have poor fluidity adjustment effect, causing uneven paint film, brush marks, roller marks and poor gloss uniformity after construction.
3. Conventional coating additives have poor compatibility, prone to flocculation and delamination when mixed with pigments, fillers and thickeners, leading to unstable paint system.
4. Finished paint films have poor anti-scratch performance, easy to produce scratches and wear marks during transportation and use, reducing product appearance grade.
5. General auxiliary materials cannot resist outdoor ultraviolet and rain erosion, resulting in paint film fading, powdering and peeling after long-term outdoor exposure.
6. Low-grade silicone additives contain volatile impurities, causing paint yellowing, peculiar smell and failing to meet environmental protection VOC standards.
7. Single-function additives require separate procurement of defoamers, leveling agents and slip agents, increasing procurement costs and formula debugging cycle.

Advantages of Our Coating & Paint Silicone Materials

• Full-scenario matching: Complete silicone auxiliary portfolio covering defoaming, leveling, anti-scratch, hydrophobicity and dispersion, one-stop solving all coating formula and construction problems.
• Excellent film-forming optimization: Effectively eliminate paint bubbles and micro-pinholes, significantly improve coating leveling performance, remove brush & roller marks, and improve paint film gloss and flatness.
• Super surface protection performance: Modified silicone molecular structure endows paint film with excellent anti-scratch, abrasion resistance, waterproof and self-cleaning properties, extending coating service life.
• Wide system compatibility: Stable adaptation to water-based, solvent-based, high-gloss, matte and various functional coating systems, no flocculation, no oil floating, no impact on pigment color development.
• High temperature and weather resistance: Stable performance under high-temperature baking and long-term outdoor UV irradiation, effectively preventing paint film aging, fading and peeling.
• Environmental low-VOC formula: Low odor, low volatile content, compliant with global coating environmental protection standards, suitable for indoor and food-grade contact coating scenarios.
• Low dosage and high efficiency: Small addition amount can achieve obvious performance improvement, effectively reducing coating production comprehensive cost.
• Stable batch quality: Strictly control viscosity, active content and molecular activity, consistent finished paint performance for long-term mass production.
• Customizable formula: Adjust slip degree, defoaming strength, hydrophobicity and matting adaptability according to customer coating process and finished product positioning.

Common Industrial Customer Pain Points

1. Ordinary liquid silicone rubber has serious shrinkage after curing, leading to inaccurate mold replica and defective finished molds
2. General LSR products turn yellow after long-term high temperature use, unable to meet high-transparent simulation and white leather production requirements
3. Conventional foaming silicone has uneven foaming pores, poor resilience and easy collapse after extrusion
4. Common electrical-grade silicone rubber has low breakdown voltage, cannot meet high-voltage power insulation safety standards
5. Single-scenario liquid silicone rubber requires separate procurement for mold making, electronic potting and textile coating, increasing procurement and inventory costs
6. Low-grade liquid silicone rubber has poor tear resistance, easy cracking during demolding and long-term repeated bending
7. Ordinary two-component silicone has unstable curing speed affected by temperature, resulting in inconsistent product hardness in mass production

Advantages of Our Liquid Silicone Rubber and Product Series

• Complete 7-category one-stop liquid silicone rubber portfolio covering mold making, foaming, textile, electronics, power, simulation and silicone leather, satisfying all mainstream soft silicone production demands
• Adjustable hardness range from ultra-soft gel to high-hardness elastic silicone, customizable foaming ratio and elastic resilience according to product design
• Low-shrinkage anti-yellowing formula, long-term high-temperature use without discoloration, suitable for transparent, white and light-colored finished products
• Excellent electrical insulation performance, high breakdown voltage, flame retardant optional grades for new energy power and electronic equipment
• Stable curing system, curing speed slightly affected by ambient temperature, consistent hardness and mechanical properties of batch products
• High tear strength and tensile elongation, resistant to repeated bending, demolding without cracking, long service life of finished silicone parts
• Food-grade & medical optional grades, non-toxic, odorless, compliant with environmental and contact safety standards
• Wide temperature resistance (-60℃ ~ 220℃), maintain stable elasticity and insulation performance under alternating cold and heat
• Customizable parameters: curing speed, hardness, foaming ratio, transparency, flame retardant performance, packaging specifications
• Complete supporting documents: COA, MSDS, insulation test, flame retardant and food safety reports for factory inspection and export