Albester SilkyMatt™ 5680 by Synthomer is a standard durable carboxyl-terminated polyester resin. Designed for very low gloss in dry-blend with low reactivity resins, especially Albester SilkyMatt™... view more

Albester SilkyMatt™ 5730 by Synthomer is a carboxyl-terminated polyester resin. It gives excellent balance of flexibility and durability. It is cured with ß-hydroxy alkyl amide at 97:3 ratio... view more

Albester SilkyMatt™ 5770 by Synthomer is a carboxyl-terminated polyester resin. It gives excellent flexibility and durability. Albester SilkyMatt™ 5770 is cured with ß-hydroxy alkyl amide at 93:7... view more

Albester SilkyMatt™ 5901 by Synthomer is a carboxyl terminated polyester resin. It is cured in combination with TGIC in 90:10 ratio. Designed for low gloss dry-blend in combination with Albester... view more

Albester SilkyMatt™ 6320 by Synthomer is a low gloss hydroxyl terminated polyester resin. It is cured with non-emitting isocyanate. Offers good flexibility, impact resistance and exterior... view more

Albester SilkyMatt™ 6520 by Synthomer is a carboxyl-terminated polyester resin. It is super durable and can be used in combination with ß-HAA in 97.5:2.5 ratio. Provides very low gloss when... view more

Albester SilkyMatt™ 6540 by Synthomer is super durable carboxyl-terminated polyester resin. Provides low gloss when dry-blended with Albester SilkyMatt™ 6580. It offers improved water resistance in... view more

Albester SilkyMatt™ 6550 by Synthomer is super-durable carboxyl-terminated polyester cured with ß-hydroxy alkyl amide at 96:4 ratio. It is specifically designed for low gloss in dry blend with... view more

Albester SilkyMatt™ 6615 by Synthomer is a hydroxyl terminated polyester resin. Designed for co-extrusion in one shot with Albester SilkyMatt™ 6620 for low gloss finishing suitable for... view more

Albester SilkyMatt™ 6620 by Synthomer is a hydroxyl-terminated polyester for exterior use. It is superdurable resin to be co-extruded in one shot with Albester SilkyMatt™ 6615 to produce low gloss... view more

Albester™ 2101 by Synthomer is carboxyl-terminated polyester resin. It is a low reactivity resin for 60/40 hybrid coatings. In combination with suitable epoxy resins, it offers outstanding flow... view more

Albester™ 2230 by Synthomer is carboxyl-terminated polyester resin. It is high reactivity resin for hybrid coatings in combination with suitable epoxy resins in 60:40 ratio. Albester™ 2230 is the... view more

Albester™ 2235 by Synthomer is carboxyl-terminated polyester resin. It is a high reactivity resin for hybrid coatings in combination with suitable epoxy resins in 60:40 ratio... view more

Albester™ 2381 by Synthomer is carboxyl-terminated polyester resin for hybrid coatings with high reactivity. Offers excellent chemical properties. In combination with suitable epoxy resin in 50:50... view more

Albester™ 2466 by Synthomer is TMA free carboxyl-terminated polyester resin. It is a high reactivity resin for hybrid coatings. In combination with suitable epoxy resins in 60/40 ratio, Albester™... view more

Albester™ 2640 by Synthomer is a highly reactive carboxyl-terminated polyester resin. In combination with suitable epoxy resins in 70/30 ratio, it provides good mechanical and flow properties along... view more

Albester™ 2660 by Synthomer is carboxyl-terminated polyester resin with high reactivity. Provides good mechanical and flow properties in combination with suitable epoxy resins in 70:30 ratio... view more

Albester™ 2681 by Synthomer is a highly reactive carboxyl-terminated polyester resin. In combination with suitable epoxy resins in 70:30 ratio, it provides good mechanical and flow properties along... view more

Albester™ 2850 by Synthomer is carboxyl-terminated polyester resin. It is a high reactivity resin for hybrid coatings with suitable epoxy resins in 60:40 ratio. Albester™ 2850 offers excellent flow... view more

Albester™ 2871 by Synthomer is high reactive carboxyl-terminated polyester resin for hybrid coatings. It offers an improved flow, good mechanical properties, corrosion and overall chemical... view more