DYNACOLL® 7110 by Evonik is saturated copolyester. It is used in moisture curable hot melt adhesives and sealants. It is suitable for automotive, wood-working, bookbinding, packaging, textile and... view more

DYNACOLL® 7111 by Evonik is a saturated polyester. It shortens open time and increases initial strength, melt viscosity, and adhesion to polar substrates. DYNACOLL® 7111 is used in hot melt... view more

DYNACOLL® 7130 by Evonik is a linear, saturated, amorphous copolyester. It is used in moisture curable hot melt adhesives and sealants. It is suitable for automotive, wood-working, bookbinding... view more

DYNACOLL® 7131 by Evonik is an amorphous, saturated copolyester. It is used in moisture curable hot melt adhesives and sealants. It is suitable for automotive, wood-working, bookbinding, packaging... view more

DYNACOLL® 7140 by Evonik is an amorphous, saturated copolyester. It is used in moisture curable hot melt adhesives and sealants. It is suitable for automotive, wood-working, bookbinding, packaging... 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