MARNEX™ AL250 by Macroocean is an environment-friendly, soft, flexible, halogen-free, flame retardant, polyester resin with linear structure. Exhibits high molecular weight, low glass transition... view more

MARNEX™ AL261 by Macroocean is an environment-friendly, soft, flexible, polyester resin with branched structure. Exhibits high molecular weight, elasticity, high modulus, low glass transition... view more

MARNEX™ AL330 by Macroocean is an environment-friendly, soft, flexible, polyester resin with branched structure. Exhibits high molecular weight, low glass transition temperature, good machinability... view more

MULTIMOD™ APT-F1 by Macroocean is a polyester based resin in 100% liquid. Acts as an adhesion promoter. Provides metal adhesion, high crosslinking and high solid content. Offers water- and heat... view more

MULTIMOD™ APT-H1 by Macroocean is a polyester based resin. Acts as an adhesion promoter. Provides reactive hydroxyl and carboxyl groups. It improves adhesion of alkyds/ acrylics to metals/ plastics... view more

MULTIMOD™ APT-W1 by Macroocean is a polyester based resin in 60% solution. Acts as an adhesion promoter. Provides reactive hydroxyl and carboxyl groups. It improves film flexibility and adhesion to... view more

MULTIMOD™ APT-X1 by Macroocean is a polyester based resin in 100% liquid. Acts as an adhesion promoter. It improves water resistance and adhesion to metals such as steel & aluminium plates... view more

MULTIMOD™ LM511 by Macroocean is a low molecular weight, modified polyester resin with a highly branched structure. Exhibits high crosslinking density, high reactivity and pigment dispersibility... view more

MULTIMOD™ LM512 by Macroocean is a low molecular weight, modified polyester resin with branched structure. Exhibits high crosslinking density, compatibility, adhesion and good solubility. MULTIMOD™... view more

MULTIMOD™ LM610 by Macroocean is a low molecular weight, modified polyester resin with linear structure. Exhibits high crosslinking density and hardness. Offers resistance to water and chemical... view more

MULTIMOD™ LM810 by Macroocean is a low molecular weight, modified polyester resin with a highly branched structure. Exhibits high crosslinking density, high hydroxyl value, reactivity and low glass... view more

ULTRAOLS™ P1030 by Macroocean is an amorphous, hydroxyl-terminated polyester polyol grade. Exhibits improved flexibility, increased open time, low melt viscosity, excellent adhesion strength and... view more

ULTRAOLS™ P1043 by Macroocean is an amorphous, hydroxyl-terminated polyester polyol grade. Exhibits improved flexibility, increased open time, low melt viscosity, excellent adhesion strength and... view more

ULTRAOLS™ P1050 by Macroocean is an amorphous, hydroxyl-terminated polyester polyol grade. Used for single-component reactive hot melt adhesives & sealants such as PUR hot melt adhesives and... view more

ULTRAOLS™ P2010 by Macroocean is an amorphous, hydroxyl-terminated polyester polyol grade. Offers increased initial strength, low melt viscosity, excellent adhesion strength and durability after... view more

ULTRAOLS™ P2025 is an amorphous, hydroxyl-terminated polyester polyol grade by Macroocean. Exhibits increased initial strength, low melt viscosity, excellent adhesion strength and durability after... view more

ULTRAOLS™ P2030 by Macroocean is an amorphous, hydroxyl-terminated polyester polyol grade. Shows increased initial strength, low melt viscosity, excellent adhesion strength and durability after... view more

ULTRAOLS™ P2046 by Macroocean is an amorphous, hydroxyl-terminated polyester polyol grade. Exhibits increased initial strength, low melt viscosity, excellent adhesion strength and durability after... view more

ULTRAOLS™ P3010 by Macroocean is a crystalline, hydroxyl-terminated polyester polyol grade. Exhibits increased initial strength, low melt viscosity and short open time depending on crystallinity... view more

ULTRAOLS™ P3011 by Macroocean is a crystalline, hydroxyl-terminated polyester polyol grade. Exhibits increased initial strength, low melt viscosity and short open time depending on crystallinity... view more