Products in Luggage & Leather Goods: Footwear

KOSMOS® 16 is a strong gel catalyst for polyether-based systems, utilizing a combination of tin and bismuth. It facilitates a robust gelling reaction. It is sensitive to moisture and requires the correct handling during storage and production to maintain high performance.

KOSMOS® MB 16 is a catalyst composed of bismuth carboxylate. It finds applications in the production of 2K polyurethane elastomers, sealants, coatings, or adhesives. Compared to DABCO® MB 20, KOSMOS® MB 16 exhibits reduced sensitivity to residual moisture, resulting in shorter gel times and tack-free times. Additionally, it offers improved curing times and has a lower viscosity compared to standard bismuth grades.

KOSMOS® MB 10 is a strong gel catalyst for polyether-based systems, utilizing a combination of tin and bismuth. It facilitates a robust gelling reaction. It is sensitive to moisture and requires the correct handling during storage and production to maintain high performance.

KOSMOS® T 100 is a dimethyl tin-based catalyst used in the production of polyurethane foams, coatings, sealants, elastomers, RIM, and spray applications. It is a liquid organic tin compound known for its exceptional catalytic activity. KOSMOS® T 100 exhibits high selectivity towards the urethane reaction, resulting in shorter gel times and tack-free times.

SANPRENE LQ-3358 is particularly suitable for the production of microporous layers for shoe tops in wet processes. It is designed to achieve good balance between film forming properties and resistance to low-temperature flex cracking. The resulting film has excellent hydrolysis resistance.

SANPRENE LQ-336N is used for resin of artificial leather & synthetic leather-Top layer for moisture-permeable & waterproofing fabrics (resulting film has the excellent moisture permeability).

SANPRENE LQ-660 is used for the production of microporous layers in wet processes. It is particularly suitable for leather for women’s shoes with a smooth, standard hard feel. It excels in properties to form uniform microporous film when used together.