Atmer™ 110 by Cargill is a bio-based, external anti-static and anti-fogging agent. It is designed for use with all polymers, particularly PET. It can be applied to the surface of the polymer by... view more

IncroMax™ 300 by Cargill acts as an internal lubricant, processing aid and friction modifier designed specifically for polycarbonate (PC). It offers increased output rate, slip performance, scratch... view more

680 Blown Soybean Oil by Cargill is a soybean oil (100%). This product is polymerized & oxidized, environment-friendly and cost-effective. Exhibits slow drying, has a low odor and is an ideal... view more

Atmer™ 100 by Cargill is an anti-fogging additive in PE and EVA food wrap films. It migrates to the surface of the polymer where it helps to lower the surface tension and subsequently reduces... view more

Atmer™ 1006 by Cargill is a vegetable-based, anti-fogging additive. It migrates to the surface of the polymer where it helps to lower the surface tension of the water. This causes the water... view more

Atmer™ 105 by Cargill is a vegetable derived sorbitan ester. Acts as a dispersing agent. Compatible with low density polyethylene (LDPE), linear low density polyethylene (LLDPE) and polyvinyl... view more

Atmer™ 1075 by Cargill acts as a dispersing agent. It allows high loadings of fillers in rubbers. It is FDA approved and complies with EINECS and CAS... view more

Atmer™ 112 by Cargill is a pigment dispersant. It is recommended for use in PE and PVC polymers, providing a better dispersion of pigments by acting at the pigment surface to improve compatibility... view more

Atmer™ 116 by Cargill is a vegetable-based, effective, internal migratory, antistatic & anti-fogging agent for PVC. It also offers dispersion. It is designed for use in food wrap application. It... view more

Atmer™ 118 by Cargill is a pigment dispersant. It is recommended for better dispersion of pigments in PE and PVC polymers, and for use in liquid carrier systems, acting at the pigment surface to... view more

Atmer™ 121 by Cargill is a non-vegetable-based, anti-fogging additive. This modified glycerol ester additive is recommended for use in LDPE and EVA based films. It can be dispersed evenly through... view more

Atmer™ 154 by Cargill is a vegetable-based, medium term, migratory anti-static and dispersing agent. It is suitable for plasticized PVC in technical applications such as PVC flooring. When... view more

Atmer™ 163 by Cargill acts as an anti-fouling agent. It modifies catalyst activity, resulting in better particle size control, lubricates the product and the reactor walls, and reduces static... view more

Atmer™ 262 by Cargill acts as an internal and external anti-static additive. It offers excellent heat stability and possesses synergistic benefits with Atmer™ 129. When used internally, it... view more

Atmer™ 645 by Cargill is a vegetable-based anti-fogging agent. It migrates to the surface of the film where it helps to lower the surface tension. The water droplets are then able to spread into a... view more

Atmer™ 674 by Cargill is a proprietary, vegetable-based anti-fogging agent. It gives outstanding performance in PE, EVA and PVC. This additive improves transparency through packaging, presentation... view more

Atmer™ 688 by Cargill is a vegetable-based anti-fogging agent. This liquid blend is recommended for use in food wrap film applications. It shows excellent performance in laminated PE films. This... view more

B-Tough™ A1 by Cargill is an epoxy functional, reactive toughening agent. It provides impact strength to structural resins without impacting the hardness of the matrix. It enhances durability by... view more

B-Tough™ A2 by Cargill is an epoxy functional, reactive toughening agent. It offers impact strength to structural resins without impacting the hardness of the matrix. It enhances durability by... view more

B-Tough™ A3 by Cargill is an epoxy-based, reactive toughening agent. It offers impact strength to structural resins without impacting the hardness of the matrix. It is recommended for use in... view more