• Silane coupling agent with mercapto group
• Shorter spacer chain compared to general-purpose products,
  Higher hydrolysis
• Adhesion improvement can be expected.

• Silane coupling agent with butadiene backbone, acid anhydride structure, and trimethoxysilyl groups
• Butadiene backbone improves compatibility with rubber materials, and can also impart hydrophobicity.
• With trimethoxysilyl groups and acid anhydride functional groups, it can be expected to have a high adhesive effect.

• Good adhesion to hard-to-bond base materials such as SUS and acrylic
• Good crack resistance and water repellency

• Silane coupling agent with ureido groups
• Excellent effect on amide resins, etc. can be expected.

• It can be used in combination with isocyanate curing agents.
• This product can be used by simply cold-blend*.
• Recommended additive amount is 3% to 20% (NCO equivalent) of catalyst.
• This product improves weather resistance and oil repellency.
• Applicable polyols are silicone-modified acrylic/polyesters/alkyd polyols.

* Cold blend: A method of blending by simply mixing without heating

• Good adhesion to hard-to-bond base materials such as SUS and acrylic
• High hardness and good scratch resistance

• Silane coupling agent with ureido groups, alcohol (methanol, ethanol) solution of about 50% active ingredient
• Excellent effect on amide resin, etc. can be expected.

• Due to the quaternary ammonium salt structure, antimicrobial and antiviral properties can be expected.
• Much higher stability in aqueous solution due to the characteristics of the molecular structure
• Uses ethanol solvent with lower environmental impact
• Adhesion improvement to fibers can be expected.
• Improved washing durability can be expected.

• Silane coupling agent with acrylic groups and intramolecular polar structure
• Improved coupling performance due to polar structure
• Low volatility reduces the amount of silane blending.
• Since this product has film-forming properties, it can be used as a high functional primer.
• Since this product contains trialkoxysilyl groups, adhesion improvement can be expected.

• Silane coupling agent with cyclization polymerization properties
• Superior thermal degradability and adhesiveness compared to KBM-503 and KBM-5103
• Silane coupling agent with acrylic groups as organic functional groups
• This product is used for processing silica.

• Silane coupling agent with styryl groups
• Since it contains styrene groups, anionic, cationic, and radical polymerization are possible
• By adding it to polymerizable resin compositions, it is expected to improve the adhesion between inorganic materials such as fillers and resin.

• Silane coupling agent with silyl group-protected mercapto groups
  This product can be mixed with materials that cannot be mixed with mercaptosilane.
• Stability improvement of compositions (epoxy, acrylic, isocyanate) and adhesion improvement can be expected.
• Odor improvement peculiar to mercapto groups can be expected.

• Silane coupling agent with allyl isocyanurate structure
• Radical cross-linking is possible due to the presence of allyl groups
• By adding to polymerizable resin compositions, it is expected to improve the adhesion between inorganic materials such as fillers and resin.

• Silane coupling agent with benzotriazole groups
• This product has anti rust properties.
  Combined with the adhesion of silane coupling agents, long lasting anti rust properties can be expected.

• Silane coupling agent with methacrylate groups
• This product is used for treatment of silica
• This product is used for resin concrete, polyester FRP, and dental materials.

• Chelating-type silane coupling agent with heterocyclic ring
• Through non-bonding interactions with active hydrogen and metal ions, adhesion improvement to inorganic materials (i.e. metals) can be expected.
• Since this product does not have reactive groups, it does not have adverse effects on the composition.

• Silane coupling agent with acid anhydride
• Improved stability of compositions and adhesion (polyimide etc.) can be expected.

• Alkoxy groups are methoxy groups.
• Acrylic equivalent 210g/mol
• Applicable to UV/EB curing system
• Lower volatility than KBM-5103 (monomer type)

• Alkoxy groups are methoxy groups.
• Organic substituent has both methyl group as well as mercapto group
• Mercapto equivalent 450g/mol

• Aqueous silane coupling agent with quaternary ammonium salts
• Saves on hydrolysis process as it has already been hydrolyzed
• Nonflammable, reduced VOC generation
• Sustainable antimicrobial properties can be expected by fixing on the surface of fibers and inorganic materials.

• Vinyl group silane coupling agent compatible with polyethylene, polypropylene, etc.
• Mainly used to improve heat resistance of polyethylene for electric wires
• This product is used for cross-linked polyethylene

• Vinyl group silane coupling agent compatible with polyethylene, polypropylene, etc.
• Mainly used to improve heat resistance of polyethylene for electric wires
• This product is used for cross-linked polyethylene

• Silane coupling agent with vinyl group and longer spacer chain than conventional product (KBM-1003)
• Owing to the long spacer chain, improvement of hydrophobicity and flexibility can be expected.
• Improvement of high filler filling, flexibility of cured material, alkali resistance, water resistance can be expected.

• Silane coupling agent with butadiene polymer structure as the main backbone
• Butadiene polymer backbone is expected to improve compatibility and adhesiveness to rubber materials
• With high hydrophobicity, improving water resistance can be expected.

• Silane coupling agent with butadiene polymer structure as the main skeleton
• Butadiene polymer skeleton is expected to improve compatibility and adhesiveness to rubber materials
• With high hydrophobicity, improving water resistance can be expected.

• Silane coupling agent with methacrylate group, which is compatible with polyethylene and polypropylene
• This product is used for treatment of silica
• This product is used for resin concrete, polyester FRP, and dental materials

• Silane coupling agent with methacrylate group, which is compatible with polyethylene and polypropylene
• This product is used for treatment of silica
• This product is used for resin concrete, polyester FRP, and dental materials

• Silane coupling agent with methacrylate groups
• This product is used for treatment of silica
• This product is used for resin concrete, polyester FRP, and dental materials.

• Chelate-functional silane coupling agent with thiourea bond
• Through non-bonding interactions with active hydrogen and metal ions, adhesion improvement to inorganic materials (i.e. metals) can be expected.
• Since this product does not have reactive groups, it does not have adverse effects on the composition.

• Silane coupling agent with methacrylate group and longer spacer chain than conventional product (KBM-503)
• Owing to the long spacer chain, improvement of hydrophobicity and flexibility can be expected.
• Improvement of adhesiveness, high filler filling, flexibility of cured material, alkali resistance, water resistance can be expected.

• Silane coupling agent with mercapto groups
  This product has more functional groups than monomer type.
• More reaction points with resin improve coupling performance.
• Low volatility reduces the amount of silane blending.
• Since this product has film-forming properties, it can be used as a high functional primer.
• Since this product contains trialkoxysilyl groups, adhesion improvement can be expected.

• Silane coupling agent with a mercapto group that is compatible with elastomers and rubber
• This product is used as an adhesion aid between epoxy resin and copper, silver, etc.
• This product is used for elastomers.

• Silane coupling agent with a mercapto group that is compatible with elastomers and rubber
• This product is used as an adhesion aid between epoxy resin and copper, silver, etc.
• This product is used for elastomers.

• Silane coupling agent with ethylenediamine structure
• Shorter spacer chains compared to general-purpose products
• Adhesion improvement can be expected

• Silane coupling agent with methacryloxy groups
• Shorter spacer chains compared to general-purpose products
• Adhesion improvement can be expected.

• Alkoxy groups are methoxy groups and ethoxy groups.
• Mercapto equivalent 800g/mol

• Silane coupling agent with quaternary ammonium salt as organic functional group
• Sustainable antimicrobial properties can be expected by fixing on the surface of fibers and inorganic material

• Aqueous silane coupling agent with quaternary ammonium salts as organic functional groups
• Hydrolyzing process has already been finished.
  It reduces manufacturing cost.
• Nonflammable, reduced VOC generation
• Sustainable antimicrobial properties can be expected by fixing on the surface of fibers and inorganic materials.

• Alkoxy groups are methoxy groups.
• The organic functional groups have methyl groups in addition to the epoxy groups.
• Epoxy equivalent 280g / mol

• Alkoxy groups are methoxy groups.
• Epoxy equivalent 590g/mol

• Silane coupling agent with amino acid ester structure
• By surface treatment of glass fiber, adhesion to epoxy resins etc. will be improved.
• This product is used as a terminal modifier for urethane resins to improve adhesion and water resistance.
• Aqueous solution shows neutrality and high stability.

• Alkoxy groups are methoxy groups and ethoxy groups.
• Epoxy equivalent 830g/mol

• Silane coupling agents with isocyanate groups
• This product is added to resins (especially urethane resins containing isocyanate groups) as adhesion improvers.

• Reactive functional groups are Vinyl groups.
• Vinyl equivalent 530g/mol
• Flame retardant for Polycarbonate

• Silane coupling agent with acryloxy groups
  This product has a larger number of functional groups than the monomer type.
• More reaction points with resin improve coupling performance.
• Low volatility reduces the amount of silane blending.
• Since this product has film-forming properties, it can be used as a high functional primer.
• Since this product contains trialkoxysilyl groups, adhesion improvement can be expected.

• Silane coupling agent with acrylic groups
• This product can be copolymerized with (meth)acrylic compounds.
• This product is used for treatment of silica.

• Aqueous silane coupling agent with ethylenediamine
• Since this product has already hydrolyzed, the hydrolysis process can be eliminated.
• Nonflammable, reduced VOC generation

• Aqueous silane coupling agent with primary amine as organic functional group
• Since this product has already hydrolyzed, the hydrolysis process can be eliminated.
• Nonflammable, reduced VOC generation

• Silane coupling agent with a ketimine structure
• This product can be mixed with materials that were previously unmixable with aminosilane.
• Aminosilane is formed through deprotection progresses with moisture and water.
• Improved stability of compositions (epoxy) and improved adhesion can be expected.

• Silane coupling agent with ketimine structure.
  This product can be mixed with materials that were previously unmixable with aminosilane.
• Improved stability of compositions (epoxy, acrylic, isocyanate) and adhesion can be expected.

• Silane coupling agent with primary amine
• Silane coupling agent with amino group that is compatible with a wide range of resins such as nylon and PVC
• This product is used for surface treatment of glass fiber. And it is used as an ingredient for adhesives and heat insulation mats.

• Silane coupling agent with primary amino groups
  This product has a larger number of functional groups than the monomer type.
• More reaction points with resin improve coupling performance.
• Low volatility reduces the amount of silane blending.
• Since this product has film-forming properties, it can be used as a high functional primer.
• Since this product contains trialkoxysilyl groups, adhesion improvement can be expected.

• Silane coupling agent with ethylenediamine structure and longer spacer chain than conventional product (KBM-603)
• Owing to the long spacer chain, improvement of hydrophobicity and flexibility can be expected.
• Improvement of adhesiveness, alkali resistance and water resistance can be expected.

• Silane coupling agent with aniline structure
• Since this product contains phenyl groups, compatibility with epoxy resins with phenol groups is improved.
• This product is used for laminated plate.

• Vinylbenzyl-type silane coupling agent
• Effective for surface treatment of glass fibers
• 40% methanol solution of active ingredient

• Silane coupling agent with ethylenediamine structure
• By silane treatment, glass fiber and resin can be chemically bonded.
  Improving mechanical strength, heat resistance, water resistance and electrical properties can be expected.
• This product is used for paints and adhesives.

• Silane coupling agent with ethylenediamine structure
• By silane treatment, glass fiber and resin can be chemically bonded.
  Improving mechanical strength, heat resistance, water resistance and electrical properties can be expected.
• This product is used for paints and adhesives.

• Silane coupling agent with primary amino groups
• By silane treatment, glass fiber and resin can be chemically bonded.
  Improving mechanical strength, heat resistance, water resistance and electrical properties can be expected.
• This product is used for adhesives and heat insulation mats.

• Dual-end bistrimethoxy type

• Silane coupling agent with isocyanate groups
  This product has a larger number of functional groups than the monomer type.
• More reaction points with resin improve coupling performance.
• Low volatility reduces the amount of silane blending.
• Since this product has film-forming properties, it can be used as a high functional primer.
• Since this product contains trialkoxysilyl groups, adhesion improvement can be expected.

• Isocyanate group-protected silane coupling agent
• This product will be deprotected by heat to form isocyanate groups.
  Since isocyanate groups are protected, it can be mixed with compounds and resins that react with isocyanate groups.
• Desorption temperature is 200℃ or higher, and ethanol is used as the blocking agent.

• Isocyanate group-protected silane coupling agent
• This product will be deprotected by heat to form isocyanate groups.
  Since isocyanate groups are protected, it can be mixed with compounds and resins that react with isocyanate groups.
• The desorption temperature is 160~180℃, and caprolactam is used as the blocking agent

• Isocyanate group-protected silane coupling agent
• This product will be deprotected by heat to form isocyanate groups.
  Since isocyanate groups are protected, it can be mixed with compounds and resins that react with isocyanate groups.
• Desorption temperature is 120~140℃, and dimethyl pyrazole is used as a blocking agent

• Reactive functional groups are methacrylic groups.
• Methacryl equivalent 230g/mol
• Applicable to UV/EB curing system

• Silane coupling agent with epoxy groups
• This product makes chemically bond with glass fiber and resin.
  It improves, strength, heat resistance, water resistance and electrical properties.

• Silane coupling agent with epoxy group
• This product makes chemically bond with glass fiber and resin.
  It improves, strength, heat resistance, water resistance and electrical properties.

• Silane coupling agent with epoxy groups
• This product makes chemically bond with glass fiber and resin.
  It improves strength, heat resistance, water resistance and electrical properties.
• This product has been used in epoxy laminates and MC nylon.

• Silane coupling agent with epoxy groups
• This product makes chemically bond with glass fiber and resin.
  It improves, strength, heat resistance, water resistance and electrical properties.

• Silane coupling agent with epoxy groups
• This product makes chemically bond with glass fiber and resin.
  It improves, strength, heat resistance, water resistance and electrical properties.

• Silane coupling agent with epoxy groups
  This product has a larger number of functional groups than the monomer type.
• More reaction points with resin improve coupling performance.
• Low volatility reduces the amount of silane blending.
• Since this product has film-forming properties, it can be used as a high functional primer.
• Since this product contains trialkoxysilyl groups, adhesion improvement can be expected.

• Silane coupling agent with epoxy groups
  This product has a larger number of functional groups than the monomer type.
• More reaction points with resin improve coupling performance.
• Low volatility reduces the amount of silane blending.
• Since this product has film-forming properties, it can be used as a high functional primer.
• Since this product contains trialkoxysilyl groups, adhesion improvement can be expected.

• Silane coupling agent with epoxy group and longer spacer chain than conventional product (KBM-403)
• Owing to the long spacer chain, improvement of hydrophobicity and flexibility can be expected.
• Improvement of adhesiveness, high filler filling, flexibility of cured material, alkali resistance, water resistance can be expected.

• Aqueous silane coupling agent with carboxylic acid
• Since this product has already hydrolyzed, the hydrolysis process can be eliminated.
• Nonflammable, reduced VOC generation