ATTANE™ 4606G is an ultra low density polyethylene (ULDPE) copolymer grade. Exhibits excellent stretchability, good physical and cling poperties. Offers excellent low temperature hot track... view more

ATTANE™ 4606GC is an ultra low density polyethylene (ULDPE) copolymer grade. Exhibits excellent stretchability, good physical and cling poperties. Offers excellent low temperature hot track... view more

ATTANE™ 4607G is an ultra low density polyethylene (ULDPE) copolymer grade. Exhibits excellent stretchability, good physical and cling poperties. Offers excellent low temperature hot track... view more

ATTANE™ 4607GC is an ultra low density polyethylene (ULDPE) copolymer grade. Exhibits excellent stretchability, good physical and cling poperties. Offers excellent low temperature hot track... view more

ATTANE™ NG 4701G is an ethylene-octene ultra low density polyethylene (ULDPE) copolymer. Exhibits great abuse resistance, extremely high impact strength, good tear, exceptional optics, bubble... view more

ATTANE™ SL 4100G is an ultra low density polyethylene (ULDPE) grade by Dow. Possesses excellent optical properties, impact- & tear strength, very good sealability and flex crack resistance. ATTANE™... view more

ATTANE™ SL 4101G is an ultra low density polyethylene (ULDPE) grade containing slip and antiblocking additives. Possesses excellent optical properties, impact strength & exhibits outstanding tear... view more

ATTANE™ SL 4102G is an ultra low density polyethylene (ULDPE) grade containing slip and antiblocking additives. Possesses excellent optical properties, impact strength & exhibits outstanding tear... view more

DIPRANE™ 30 by Dow Chemical is an antistatic, non-mercury catalyzed PU (polyurethane) elastomer grade. Exhibits improved solvent resistance over conventional ester urethanes, durability, toughness... view more

DIPRANE™ 53 by Dow Chemical is an antistatic, non-mercury catalyzed PU (polyurethane) elastomer grade. Exhibits improved solvent resistance over conventional ester urethanes, durability, toughness... view more

DIPRANE™ 54 by Dow Chemical is an antistatic, non-mercury catalyzed PU (polyurethane) elastomer grade. Exhibits improved solvent resistance over conventional ester urethanes, durability, toughness... view more

DIPRANE™ 55 by Dow Chemical is an antistatic, non-mercury catalyzed PU (polyurethane) elastomer grade. Exhibits durability, toughness and hardness. It also exhibits good hand processing, hydrolysis... view more

DIPRANE™ 58 by Dow Chemical is non-mercury catalyzed PU (polyurethane) elastomer grade possessing excellent abrasion & tear resistance. Exhibits durability, toughness and hardness. It also exhibits... view more

DIPRANE™ 60 by Dow Chemical is an antistatic, non-mercury catalyzed PU (polyurethane) elastomer grade. Exhibits durability, toughness and hardness. It also exhibits good hand processing, hydrolysis... view more

DIPRANE™ 80 by Dow Chemical is non-mercury catalyzed PU (polyurethane) elastomer grade possessing excellent abrasion resistance. Exhibits durability, toughness and hardness. It also exhibits good... view more

DOW™ LDPE 305E is a low density polyethylene (LDPE) grade. Possesses high tensile & tear strength and offers excellent shrink & optical properties. Can be processed by blown film extrusion. Used in... view more

DOW™ LDPE 330E is a low density polyethylene (LDPE) grade. Possesses high optical properties with very low gel levels and exhibits excellent tensile & tear strength and shrink properties. Can be... view more

DOW™ LDPE 352E is a high clarity low density polyethylene (LDPE) grade. Possesses good toughness, tensile and tear strength. Exhibits good processability, impact properties and drawdown. Can be... view more

DOW™ LDPE 410E is a high clarity low density polyethylene (LDPE) grade. Possesses good toughness, tensile and tear strength. Exhibits good processability, impact properties and drawdown. Can be... view more

DOW™ LDPE 410F is a high clarity low density polyethylene (LDPE) grade. Possesses superior optical properties, tensile and tear strength. Exhibits good processability, impact properties and... view more