Proprietary resin emulsion of polyolefins and organic fatty acids in combination with wetting agents and surfactant in a water/alcohol vehicle. Used as an external mold release agent for polyester... view more

MoldWiz® 249-B41 by Axel is proprietary resin emulsion of polyolefins and organic fatty acids in combination with wetting agents and surfactant in a water/alcohol vehicle. MoldWiz® 249-B41 is used as an... view more

MoldWiz® AZN by Axel is aerosol, solvent-based, mixture of phosphate esters and fatty acids. Dries to a wet film which offers good slip. It is used in spray or wipe. Increases melt flow... view more

Proprietary resin emulsion of polyolefins and fluoropolymer. Used as external release agent. Used as external release agent. Selective adhesion prevents the film from easily being torn off by the... view more

MoldWiz® EM-1212SF2 by Axel is a proprietary resin emulsion of polyolefins and fluoropolymer in combination with wetting agents and surfactants in a water vehicle. Water-based external release agent... view more

MoldWiz® EM-1212SL by Axel is proprietary resin emulsion of polyolefins and organic fatty acids in combination with wetting agents and surfactant in a water vehicle. Water-based external release agent... view more

Complex resin emulsion of organic phosphate esters, synthetic resins and modified fatty acids with wetting agents, surfactants and fluoropolymer in a water vehicle. Used as a water-based external... view more

Complex resin emulsion of organic phosphate esters, synthetic resins and modified fatty acids with wetting agents, surfactants and fluoropolymer in a water vehicle. Used as external release agent... view more

Proprietary resin emulsion of polyolefins, organic fatty acids and siloxane based polymer in combination with wetting agents and surfactant in a water vehicle. Water-based external release agent. It... view more

MoldWiz® EM-606SLA by Axel is a proprietary resin emulsion of polyolefins, organic fatty acids, and siloxane-based polymer in combination with wetting agents and surfactants in a water vehicle... view more

Proprietary resin solution of polyolefins, organic fatty acids, esters and wetting agents in hydrocarbon solvents. Liquid external release agent. It dries at room temperature forming a... view more

MoldWiz® F-23A/NC by Axel is proprietary resin solution of polyolefins, organic fatty acids, esters and wetting agents in hydrocarbon solvents. Used as external release agent in polyester, epoxy... view more

Proprietary synergistic blend of organic fatty acids, esters, alkanes and alkanols. A non-silicone process aid. It facilitates processing by increasing the flow characteristics and lubricating... view more

Offers easy mold release. Reduce surface porosity. Promotes better wetting of reinforcements... view more

MoldWiz® INT-1117EL by Axel is a proprietary synergistic blend of organic fatty acids, esters, alkanes and alkanols. It acts as a non-silicone processing aid. It increases the flow characteristics and... view more

Proprietary blend synergistically selected from organic fatty acids, esters, alkanes and alkanols. It acts as a non-silicone processing aid. It increases the flow characteristics and lubricating... view more

Proprietary complex mixture comprising fluorinated and non-fluorinated groups. It acts as a processing aid which is incorporated directly into the resin. Also acts as a dispersing agent, improving... view more

MoldWiz® INT-44/3PV powder by Axel is a proprietary synergistic blend of modified polymers and organic fatty amides. It acts as a processing aid and dispersing agent. It improves resin flow/fill, shortens... view more

MoldWiz® WB-2700 by Axel is a resin emulsion of polyolefins and organic fatty acids in combination with wetting agents and surfactant in a water vehicle. Used as external release agent that dries at... view more

MoldWiz® WB-2725 by Axel is a proprietary resin emulsion of polyolefins and organic fatty acids in combination with wetting agents and surfactant in a water vehicle. Liquid external release agent. It... view more