Jiangsu Guotai Huarong Chemical New Material Co., Ltd.

General-purpose electrolyte for lithium-ion batteries used in 3C electronic products and power tools, engineered for long cycle life, high capacity and high power delivery, and trusted by a broad customer base for many years. Compatible with LCO, NCM, artificial graphite (AG), natural graphite (NG) and Si-C anode (>400mAh/g) systems.

Cycle life: >80% capacity retention after 1000 cycles; High-temperature storage: swelling <5% after 7 days at 60°C at full charge; Capacity recovery rate: >98%; Compatible anode specific capacity: Si-C >400mAh/g

• Lithium batteries for 3C consumer electronics such as smartphones and tablets
• Laptop batteries
• Lithium-ion batteries for power tools
• Compact lithium batteries with high capacity and high power

Electrolyte for lithium-ion batteries in pure electric vehicles (EV) and energy storage stations (ES), meeting long-life and high-safety requirements. Covers mainstream chemistries including LFP, NCM 333/523/622, NCA & NCM811, LMO and LTO.

LFP cycling: >3000 cycles with >80% retention; NCM cycling: >2000 cycles >80%; NCA & NCM811 cycling: >2000 cycles >80%; LMO cycling: >3000 cycles >80%; LTO cycling: >10000 cycles >80%; High-temperature storage: swelling <5% after 7 days at 60°C full charge; Capacity recovery: >98.5%

• Power batteries for pure electric vehicles
• Grid-scale energy storage stations
• Commercial & industrial storage systems
• Batteries for commercial vehicles and buses

Special functional electrolytes developed for different operating conditions such as high discharge rate, extreme temperatures and overcharge protection, including high-rate, low-temperature, high-temperature, overcharge-resistant, flame-retardant and gel series.

High rate: >90% capacity at 10–60C discharge; Low temperature: >90% capacity at -40°C 0.2C, >80% at 0.5C; High temperature: swelling <5% after 4h at 100°C, LFP cycling 1800 cycles >80% at 60°C; Overcharge: no smoke, no fire, no explosion at 3C 10V overcharge; Flame retardant: non-flammable electrolyte; Gel: leakage-free

• High-rate discharge power batteries
• Low-temperature energy storage / starting batteries
• Power batteries for high-temperature service
• High-safety flame-retardant batteries / gel polymer batteries

Development-stage electrolytes targeting future markets demanding higher capacity and safety, covering 4.6V & 5V high-voltage electrolytes, lithium-sulfur (Li/S), lithium-oxygen (Li/O2) and sodium-ion systems.

4.6V & 5V electrolytes: resistant to high-voltage decomposition; Li/S electrolytes: suppress lithium dendrite growth, improve cycling; Li/O2 electrolytes: improved dissolution, better cycling; Sodium-ion electrolytes: improved high-temperature performance, longer cycling

• High-voltage fast-charging lithium-ion batteries
• Lithium-sulfur batteries
• Lithium-oxygen / lithium-air batteries
• Sodium-ion batteries

New lithium salts strategically developed by the group (Guotai Huarong / Ruitai New Materials), represented by lithium bis(trifluoromethanesulfonyl)imide (LiTFSI), which enhances the high-voltage, low-temperature and fast-charging performance of lithium batteries and serves as a key material for semi-solid and solid-state batteries; already in volume supply with cooperation with several solid-state battery companies. The portfolio also includes high value-added lithium salt additives such as LiDFP, LiDFOB and LiTFS.

LiTFSI purity: >=99.9% (industry typical); Moisture: <=20ppm (industry typical); Free acid: <=50ppm (industry typical); Application fields: high-voltage electrolytes / semi-solid & solid-state batteries; Supply status: in volume supply

• Electrolytes for high-voltage (>=4.5V) lithium-ion batteries
• Electrolyte additives for semi-solid / solid-state batteries
• Power batteries for low-temperature and fast-charging use
• Additives for power and storage batteries

Hydride silane grade SCA-003 containing hydrolysable Si-H bonds, used as a silicone modification intermediate and crosslinker.

Pureté: 98%; N° CAS: 2487-90-3; Aspect: colorless transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–160 °C (typical)

• Silicone crosslinker
• Silicone oil / silicone rubber modification
• Waterproofing agent synthesis

Alkoxy silane grade SCA-004, a basic alkoxy silane monomer/crosslinker widely used as silicone raw material, hydrophobic agent and surface treatment agent.

Pureté: 98%; N° CAS: 681-84-5; Aspect: colorless transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–200 °C (typical)

• General-purpose hydrophobic agent
• Silicone raw material
• Surface treatment

Grade SCA-014 belongs to the alkoxy silane family: a fundamental monomer and crosslinker serving as silicone feedstock, water-repellent agent and surface modifier.

Pureté: 98%; N° CAS: 78-10-4; Aspect: colorless transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–200 °C (typical)

• General-purpose hydrophobic agent
• Silicone raw material
• Surface treatment

Alkoxy-functional silane grade SCA-103 employed as a base monomer and crosslinker in silicone synthesis, hydrophobization and surface treatment.

Pureté: 98%; N° CAS: 1185-55-3; Aspect: colorless transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–200 °C (typical)

• General-purpose hydrophobic agent
• Silicone raw material
• Surface treatment

Alkoxy silane grade SCA-113, a basic alkoxy silane monomer/crosslinker widely used as silicone raw material, hydrophobic agent and surface treatment agent.

Pureté: 98.5%; N° CAS: 2031-67-6; Aspect: colorless transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–200 °C (typical)

• General-purpose hydrophobic agent
• Silicone raw material
• Surface treatment

Chloropropyl silane grade SCA-1002, a silane coupling intermediate with a chloropropyl group; the chlorine can be further converted into other reactive functional groups for silicone modification.

Pureté: 98%; N° CAS: 18171-19-2; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.2 g/cm³ (typical); Point d'ébullition: 120–250 °C (typical)

• Silicone intermediate synthesis
• Subsequent functionalization and modification
• Feedstock for specialty coupling agents

Chloropropyl-functional silane intermediate grade SCA-1012 whose reactive C–Cl bond enables conversion to amines, thiols or quaternary ammonium groups, supporting custom silane synthesis and silicone modification.

Pureté: 98%; N° CAS: 13501-76-3; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.2 g/cm³ (typical); Point d'ébullition: 120–250 °C (typical)

• Silicone intermediate synthesis
• Subsequent functionalization and modification
• Feedstock for specialty coupling agents

Grade SCA-1003 is a chloropropyl silane building block: its chlorine functionality serves as a handle for further derivatization into specialty coupling agents.

Pureté: 98%; N° CAS: 2530-87-2; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.2 g/cm³ (typical); Point d'ébullition: 120–250 °C (typical)

• Silicone intermediate synthesis
• Subsequent functionalization and modification
• Feedstock for specialty coupling agents

Silane intermediate grade SCA-1013 carrying a 3-chloropropyl group, valued as a precursor for functionalized silanes and subsequent silicone chemical modification.

Pureté: 98%; N° CAS: 5089-70-3; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.2 g/cm³ (typical); Point d'ébullition: 120–250 °C (typical)

• Silicone intermediate synthesis
• Subsequent functionalization and modification
• Feedstock for specialty coupling agents

Aminosilane grade SCA-1102 bearing an amino-functional group; it reacts with organic resins such as epoxy, polyurethane and nylon and hydrolyses to couple inorganic fillers (glass fiber, mineral fillers), improving interfacial bonding and mechanical properties of composites.

Pureté: 97%; N° CAS: 3663-44-3; Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Amino-functional silane grade SCA-1112 that reacts with epoxy, polyurethane and polyamide resins while coupling to glass fibers and mineral fillers after hydrolysis, strengthening the interface and mechanical performance of composites.

Pureté: 97%; N° CAS: 3179-76-8; Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Grade SCA-1103 is an amine silane coupling agent: its amino group bonds to thermoset and thermoplastic matrices while the hydrolysable alkoxy groups anchor to glass fibers and minerals, enhancing composite durability.

Pureté: 98%; N° CAS: 13822-56-5; Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Aminosilane grade SCA-1113 designed as an adhesion promoter and filler coupling agent, compatible with epoxy, polyurethane and nylon systems and effective on glass fiber and mineral surfaces.

Pureté: 98%; N° CAS: 919-30-2; Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Aminosilane grade SCA-1103B bearing an amino-functional group; it reacts with organic resins such as epoxy, polyurethane and nylon and hydrolyses to couple inorganic fillers (glass fiber, mineral fillers), improving interfacial bonding and mechanical properties of composites.

Pureté: 90%; N° CAS: 82985-35-1; Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Amino-functional silane grade SCA-1103E that reacts with epoxy, polyurethane and polyamide resins while coupling to glass fibers and mineral fillers after hydrolysis, strengthening the interface and mechanical performance of composites.

Pureté: 90%; N° CAS: 82985-35-1; Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Grade SCA-1113B is an amine silane coupling agent: its amino group bonds to thermoset and thermoplastic matrices while the hydrolysable alkoxy groups anchor to glass fibers and minerals, enhancing composite durability.

Pureté: 90%; N° CAS: 13497-18-2; Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Aminosilane grade SCA-602 designed as an adhesion promoter and filler coupling agent, compatible with epoxy, polyurethane and nylon systems and effective on glass fiber and mineral surfaces.

Pureté: 97%; N° CAS: 3069-29-2; Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Aminosilane grade SCA-603 bearing an amino-functional group; it reacts with organic resins such as epoxy, polyurethane and nylon and hydrolyses to couple inorganic fillers (glass fiber, mineral fillers), improving interfacial bonding and mechanical properties of composites.

Pureté: 97%; N° CAS: 1760-24-3; Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Amino-functional silane grade SCA-613 that reacts with epoxy, polyurethane and polyamide resins while coupling to glass fibers and mineral fillers after hydrolysis, strengthening the interface and mechanical performance of composites.

Pureté: 97%; N° CAS: 5089-72-5; Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Grade SCA-1902 is an amine silane coupling agent: its amino group bonds to thermoset and thermoplastic matrices while the hydrolysable alkoxy groups anchor to glass fibers and minerals, enhancing composite durability.

Pureté: 95%; N° CAS: not disclosed (comparison table); Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Aminosilane grade SCA-3303 designed as an adhesion promoter and filler coupling agent, compatible with epoxy, polyurethane and nylon systems and effective on glass fiber and mineral surfaces.

Pureté: 98%; N° CAS: 31024-56-3; Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Triazine silane grade SCA-023 containing a triazine-ring structure; used for resin coupling and crosslink reinforcement, raising the thermal stability of composites.

Pureté: 95%; N° CAS: 26115-70-8; Aspect: white to pale yellow powder/liquid (typical); Point de fusion: 100–200 °C (typical)

• High-temperature composites
• Resin coupling reinforcement
• Flame-retardant enhancement systems

Long-chain alkyl alkoxy silane grade SCA-213D; used as a hydrophobic/waterproofing treatment that lowers the surface energy of inorganic surfaces.

Pureté: 98%; N° CAS: 2943-75-1; Aspect: colorless transparent liquid (typical); Densité (25°C): 0.8–0.9 g/cm³ (typical); Point d'ébullition: 150–300 °C (typical)

• Hydrophobic / waterproofing treatment for stone and glass
• Building material protection
• Filler hydrophobic modification

Methacryloyloxy-functional polymerizable silane grade SCA-502; participates via free-radical polymerization in the crosslinking of unsaturated resins (acrylics, unsaturated polyesters) for glass fiber sizing and reinforced plastics.

Pureté: 98%; N° CAS: 14513-34-9; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.1 g/cm³ (typical); Point d'ébullition: 90–250 °C (typical)

• Unsaturated polyester / acrylic systems
• Dental and building-material composites
• UV-curing coatings

Grade SCA-503 carries a methacrylate double bond that copolymerizes with unsaturated resins, bonding fillers and glass fibers into acrylic or UP matrices for composites and coatings.

Pureté: 98%; N° CAS: 2530-85-0; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.1 g/cm³ (typical); Point d'ébullition: 90–250 °C (typical)

• Unsaturated polyester / acrylic systems
• Dental and building-material composites
• UV-curing coatings

Acryloyloxy-functional polymerizable silane grade SCA-8503 suited to UV/free-radical curing systems, improving filler–resin interfacial compatibility.

Pureté: 97%; N° CAS: 4369-14-6; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.1 g/cm³ (typical); Point d'ébullition: 90–250 °C (typical)

• Radiation-curing coatings / inks
• Coupling of optical materials
• Reinforced plastics

Grade SCA-8513 is an acrylate silane that copolymerizes in radiation-curable formulations, enhancing the bonding between mineral fillers and resins in coatings, inks and optical materials.

Pureté: 97%; N° CAS: 20208-39-3; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.1 g/cm³ (typical); Point d'ébullition: 90–250 °C (typical)

• Radiation-curing coatings / inks
• Coupling of optical materials
• Reinforced plastics

Vinyl-functional silane grade SCA-1603 that participates in crosslinking reactions; widely used for the coupling and crosslinking of wire & cable insulation compounds, silicone rubber and crosslinked polyethylene.

Pureté: 98%; N° CAS: 2768-02-7; Aspect: colorless transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 120–200 °C (typical)

• Crosslinking of wire & cable insulation compounds
• Silicone rubber modification
• Crosslinked polyethylene (XLPE)

Grade SCA-1613 supplies a reactive vinyl group for peroxide and moisture-cure crosslinking of polyolefins and silicones, typical in cable insulation and XLPE applications.

Pureté: 98%; N° CAS: 78-08-0; Aspect: colorless transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 120–200 °C (typical)

• Crosslinking of wire & cable insulation compounds
• Silicone rubber modification
• Crosslinked polyethylene (XLPE)

Vinyl silane grade SCA-1623 used as a grafting and crosslinking monomer in silane-crosslinkable cable compounds, silicone rubber modification and polyethylene crosslinking.

Pureté: 97%; N° CAS: 1067-53-4; Aspect: colorless transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 120–200 °C (typical)

• Crosslinking of wire & cable insulation compounds
• Silicone rubber modification
• Crosslinked polyethylene (XLPE)

Mercapto-functional silane grade SCA-902 highly reactive toward rubber (e.g. sulfur vulcanization systems); used to couple rubber with fillers, metal and glass.

Pureté: 98%; N° CAS: 31001-77-1; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.1 g/cm³ (typical); Point d'ébullition: 90–220 °C (typical)

• Coupling of rubber compounds
• Tires and rubber hoses
• Metal / glass bonding

Grade SCA-903 contains a thiol group that reacts during sulfur cure, improving the bonding of silica and other fillers to rubber compounds in tires and mechanical rubber goods.

Pureté: 98%; N° CAS: 4420-74-0; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.1 g/cm³ (typical); Point d'ébullition: 90–220 °C (typical)

• Coupling of rubber compounds
• Tires and rubber hoses
• Metal / glass bonding

Mercaptosilane grade SCA-913 acting as a rubber-filler coupling agent and adhesion promoter toward metals and glass in sulfur-cured elastomer systems.

Pureté: 98%; N° CAS: 14814-09-6; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.1 g/cm³ (typical); Point d'ébullition: 90–220 °C (typical)

• Coupling of rubber compounds
• Tires and rubber hoses
• Metal / glass bonding

Ureido-functional silane grade SCA-2003 used as an adhesion promoter in coatings, adhesives and sealant systems.

Pureté: >=97% (typical); N° CAS: 23843-64-3; Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 1.0–1.2 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• High-performance coatings
• Adhesion promotion in adhesives
• Sealants

Grade SCA-2013 carries a urea group that strongly promotes wet adhesion of polyurethane and other coatings on glass and metal substrates, also serving one-component silane-modified sealants.

Pureté: >=97% (typical); N° CAS: 23779-32-0; Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 1.0–1.2 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• High-performance coatings
• Adhesion promotion in adhesives
• Sealants

Epoxy-functional silane grade SCA-403 reacting with a wide range of thermosetting and thermoplastic resins; improves interfacial bond strength and water resistance between glass fibers, fillers and matrix resins.

Pureté: 98%; N° CAS: 2530-83-8; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.2 g/cm³ (typical); Point d'ébullition: 120–290 °C (typical)

• Glass fiber reinforced thermoset resins
• Electronic packaging materials
• Coating primers

Grade SCA-412 contains an epoxy ring that reacts with amine- or anhydride-cured resins while its alkoxy groups anchor to inorganic surfaces, delivering durable, moisture-resistant composite interfaces.

Pureté: 97%; N° CAS: 2897-60-1; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.2 g/cm³ (typical); Point d'ébullition: 120–290 °C (typical)

• Glass fiber reinforced thermoset resins
• Electronic packaging materials
• Coating primers

Epoxy silane grade SCA-413 serving as an adhesion promoter and coupling agent for glass reinforcement, mineral-filled compounds and electronic packaging resins.

Pureté: 98%; N° CAS: 2602-34-8; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.2 g/cm³ (typical); Point d'ébullition: 120–290 °C (typical)

• Glass fiber reinforced thermoset resins
• Electronic packaging materials
• Coating primers

Silane grade SCA-4603 with glycidyl functionality, used to raise the wet strength and hydrothermal stability of glass-fiber reinforced and filler-loaded polymer systems.

Pureté: 98%; N° CAS: 3388-04-3; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.2 g/cm³ (typical); Point d'ébullition: 120–290 °C (typical)

• Glass fiber reinforced thermoset resins
• Electronic packaging materials
• Coating primers

Phenyl silane grade SCA-1302, a phenyl-bearing silane coupling agent / silicone intermediate used to tune the refractive index, heat resistance and compatibility of silicone materials.

Pureté: 98%; N° CAS: 6843-66-9; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.1 g/cm³ (typical); Point d'ébullition: 130–260 °C (typical)

• Silicone resin modification
• High-refractive-index materials
• Heat-resistant coatings

Grade SCA-1303 introduces phenyl groups into silicone networks, adjusting refractive index and thermal stability while improving compatibility with organic resins.

Pureté: 98%; N° CAS: 2996-92-1; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.1 g/cm³ (typical); Point d'ébullition: 130–260 °C (typical)

• Silicone resin modification
• High-refractive-index materials
• Heat-resistant coatings

Phenyl-functional silane intermediate grade SCA-1313 employed in high-refractive-index silicone resins, heat-resistant coatings and specialty silicone synthesis.

Pureté: 98%; N° CAS: 780-69-8; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.1 g/cm³ (typical); Point d'ébullition: 130–260 °C (typical)

• Silicone resin modification
• High-refractive-index materials
• Heat-resistant coatings

Silicone intermediate grade SCA-1301 bearing phenyl functionality, valued for optical-grade silicones, LED encapsulants and high-temperature resistant formulations.

Pureté: 98%; N° CAS: 3027-21-2; Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.1 g/cm³ (typical); Point d'ébullition: 130–260 °C (typical)

• Silicone resin modification
• High-refractive-index materials
• Heat-resistant coatings

Aminosilane grade SCA-142 bearing an amino-functional group; it reacts with organic resins such as epoxy, polyurethane and nylon and hydrolyses to couple inorganic fillers (glass fiber, mineral fillers), improving interfacial bonding and mechanical properties of composites.

Pureté: >=97% (typical); N° CAS: not disclosed (comparison table); Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Amino-functional silane grade SCA-143 that reacts with epoxy, polyurethane and polyamide resins while coupling to glass fibers and mineral fillers after hydrolysis, strengthening the interface and mechanical performance of composites.

Pureté: >=97% (typical); N° CAS: not disclosed (comparison table); Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Epoxy-functional silane grade SCA-5601 reacting with a wide range of thermosetting and thermoplastic resins; improves interfacial bond strength and water resistance between glass fibers, fillers and matrix resins.

Pureté: >=97% (typical); N° CAS: not disclosed (comparison table); Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.2 g/cm³ (typical); Point d'ébullition: 120–290 °C (typical)

• Glass fiber reinforced thermoset resins
• Electronic packaging materials
• Coating primers

Silicone intermediate grade SCA-181 bearing trimethylsiloxy groups, used for silicone modification and functional additive synthesis.

Pureté: 97%; N° CAS: 17940-81-7; Aspect: colorless transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Silicone modification
• Functional additive synthesis
• Surface treatment

Organosilicon phosphate grade SCA-3314 with trimethylsilyl groups, used as a flame-retardant synergist and silicone intermediate.

Pureté: 99%; N° CAS: 10497-05-9; Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 1.0–1.2 g/cm³ (typical); Teneur en phosphore: typical value

• Flame-retardant synergist
• Electronic materials
• Silicone modification

Organosilicon borate grade SCA-3278 with trimethylsilyl groups, used as a flame-retardant synergist and silicone intermediate.

Pureté: 99%; N° CAS: 4325-85-3; Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 1.0–1.2 g/cm³ (typical); Teneur en bore: typical value

• Flame-retardant synergist
• Electronic materials
• Silicone modification

Si-H functional hydrosilane grade SCA-013 whose hydrolysable Si-H bonds make it a versatile intermediate for silicone modification and crosslinking.

Pureté: >=97% (typical); N° CAS: not disclosed (comparison table); Aspect: colorless transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–160 °C (typical)

• Silicone crosslinker
• Silicone oil / silicone rubber modification
• Waterproofing agent synthesis

Grade SCA-1502 is an amine silane coupling agent: its amino group bonds to thermoset and thermoplastic matrices while the hydrolysable alkoxy groups anchor to glass fibers and minerals, enhancing composite durability.

Pureté: >=97% (typical); N° CAS: not disclosed (comparison table); Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Aminosilane grade SCA-1503 designed as an adhesion promoter and filler coupling agent, compatible with epoxy, polyurethane and nylon systems and effective on glass fiber and mineral surfaces.

Pureté: >=97% (typical); N° CAS: not disclosed (comparison table); Aspect: colorless to pale yellow transparent liquid (typical); Densité (25°C): 0.9–1.1 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Epoxy / polyurethane / nylon composites
• Glass fiber sizing
• Mineral filler surface modification

Grade SCA-203 is a long-chain alkyl silane that forms a water-repellent film on mineral substrates, reducing surface energy and imparting durable water-shedding properties.

Pureté: >=97% (typical); N° CAS: not disclosed (comparison table); Aspect: colorless transparent liquid (typical); Densité (25°C): 0.8–0.9 g/cm³ (typical); Point d'ébullition: 150–300 °C (typical)

• Hydrophobic / waterproofing treatment for stone and glass
• Building material protection
• Filler hydrophobic modification

Alkoxy silane grade SCA-213 with a long alkyl chain, applied to stone, glass and fillers to create hydrophobic, weathering-resistant surface layers.

Pureté: >=97% (typical); N° CAS: not disclosed (comparison table); Aspect: colorless transparent liquid (typical); Densité (25°C): 0.8–0.9 g/cm³ (typical); Point d'ébullition: 150–300 °C (typical)

• Hydrophobic / waterproofing treatment for stone and glass
• Building material protection
• Filler hydrophobic modification

Hydrophobizing silane grade SCA-203E: after hydrolysis its long alkyl chain orientates away from the substrate, delivering strong water repellency for construction and mineral surfaces.

Pureté: >=97% (typical); N° CAS: not disclosed (comparison table); Aspect: colorless transparent liquid (typical); Densité (25°C): 0.8–0.9 g/cm³ (typical); Point d'ébullition: 150–300 °C (typical)

• Hydrophobic / waterproofing treatment for stone and glass
• Building material protection
• Filler hydrophobic modification

Long-chain alkyl alkoxy silane grade SCA-213E; used as a hydrophobic/waterproofing treatment that lowers the surface energy of inorganic surfaces.

Pureté: >=97% (typical); N° CAS: not disclosed (comparison table); Aspect: colorless transparent liquid (typical); Densité (25°C): 0.8–0.9 g/cm³ (typical); Point d'ébullition: 150–300 °C (typical)

• Hydrophobic / waterproofing treatment for stone and glass
• Building material protection
• Filler hydrophobic modification

Grade SCA-203F is a long-chain alkyl silane that forms a water-repellent film on mineral substrates, reducing surface energy and imparting durable water-shedding properties.

Pureté: >=97% (typical); N° CAS: not disclosed (comparison table); Aspect: colorless transparent liquid (typical); Densité (25°C): 0.8–0.9 g/cm³ (typical); Point d'ébullition: 150–300 °C (typical)

• Hydrophobic / waterproofing treatment for stone and glass
• Building material protection
• Filler hydrophobic modification

Alkoxy silane grade SCA-203H with a long alkyl chain, applied to stone, glass and fillers to create hydrophobic, weathering-resistant surface layers.

Pureté: >=97% (typical); N° CAS: not disclosed (comparison table); Aspect: colorless transparent liquid (typical); Densité (25°C): 0.8–0.9 g/cm³ (typical); Point d'ébullition: 150–300 °C (typical)

• Hydrophobic / waterproofing treatment for stone and glass
• Building material protection
• Filler hydrophobic modification

Bis-silyl ethane grade SCA-1628, a silane coupling agent used for interfacial coupling modification between inorganic fillers/substrates and organic polymers.

Pureté: >=97% (typical); N° CAS: not disclosed (comparison table); Aspect: colorless transparent liquid (typical); Densité (25°C): 0.9–1.2 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Surface treatment of glass fiber / glass-fiber reinforced composites
• Plastics and rubber modification
• Adhesion promotion in coatings / adhesives / sealants
• Coupling modification of fillers (calcium carbonate, aluminum hydroxide, etc.)

Grade SCA-1629 is a dual-functional bis-silane that bridges inorganic surfaces and organic matrices, effective in glass fiber treatment, filler coupling and adhesion promotion.

Pureté: >=97% (typical); N° CAS: not disclosed (comparison table); Aspect: colorless transparent liquid (typical); Densité (25°C): 0.9–1.2 g/cm³ (typical); Point d'ébullition: 100–250 °C (typical)

• Surface treatment of glass fiber / glass-fiber reinforced composites
• Plastics and rubber modification
• Adhesion promotion in coatings / adhesives / sealants
• Coupling modification of fillers (calcium carbonate, aluminum hydroxide, etc.)

Polymerizable methacrylate silane grade SCA-503E used as an adhesion promoter and coupling agent in free-radical curing systems such as acrylates and unsaturated polyester.

Pureté: >=97% (typical); N° CAS: not disclosed (comparison table); Aspect: colorless transparent liquid (typical); Densité (25°C): 1.0–1.1 g/cm³ (typical); Point d'ébullition: 90–250 °C (typical)

• Unsaturated polyester / acrylic systems
• Dental and building-material composites
• UV-curing coatings