KBM-22

KBM-22

• It contains 2 methyl groups and 2 methoxy groups.

KBM-13

KBM-13

• It contains 1 methyl group and 3 methoxy groups

KBM-5803

KBM-5803

• 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.

KBM-503

KBM-503

• 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.

KBM-502

KBM-502

• 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.

KBE-503

KBE-503

• 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

KBE-502

KBE-502

• 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

X-12-1214A

X-12-1214A

• 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.

X-12-1267B-ES

X-12-1267B-ES

• 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.

X-12-1267B

X-12-1267B

• 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.