Products in Other Automotive Applications: Processing Aid

Luwax® A Granules are tailored for the automotive and transportation markets, specifically for various automotive applications. These granules are compatible with polyolefins and polyvinyl chloride (PVC), commonly utilized in automotive applications within plastics and elastomers. They support multiple processing methods, such as extrusion and injection molding. Luwax® A Granules are available in a solid, granular physical form.

AEROSIL® R 8200 is a structure modified hydrophobic silica grade treated with HMDS (Hexamethyldisilazane). It is characterized by an extremely low thickening effect and high compacted bulk density. Its high hydrophobicity makes it suitable as a defoamer silica.

SIPERNAT® D 13 is a milled, hydrophobic (i.e., not wettable by water) silica, high methanol wettability and low surface. It is used in a great variety of technical defoamers due to its high effectiveness and ease of dispersion.

AEROSIL® R 812 is hydrophobic fumed silica grade treated with HMDS (Hexamethyldisilazane). It can be used for sedimentation stabilization and due to its high hydrophobicity as defoaming agent.

Pepton® 66 is a dust free, pellet form chemical peptiser which provides handling and environmental improvements over conventional powder form peptisers.

Pepton® 44T Prills is a dust free, prill form peptiser which offers handling and environmental improvements over conventional powdered peptisers.

MicroFLON S-Series powders are Natural Prime PTFE micronized to various particle sizes. In thermoplastics and elastomers, MicroFLON® S facilitates lubrication and wear resistance. The tight process and particle size control typical of the MicroFLON® product line allows for easy dispersion, and distribution of the product.

MicroFLON S-Series powders are Natural Prime PTFE micronized to various particle sizes. In thermoplastics and elastomers, MicroFLON® S facilitates lubrication and wear resistance. The tight process and particle size control typical of the MicroFLON® product line allows for easy dispersion, and distribution of the product.

These PTFE powders are Natural Prime PTFE micronized to various particle sizes and are FDA compliant for applications requiring food contact.

These PTFE powders are Natural Prime PTFE micronized to various particle sizes and are FDA compliant for applications requiring food contact. MicroFLON 1433FG is designed for food contact applications. These applications include: food processing, machine parts, and medical devices.

Pepton® 22 is a peptiser for use in the high-temperature mastication of natural and synthetic rubbers.

MicroFLON T-Series powders are recycled PTFE micronized to various particle sizes. MicroFLON® T-Series is based on recycled PTFE powder that offers an attractive alternative to costly virgin PTFE. As confirmed in recent independent testing, MicroFLON® T offers superior coefficient of friction and wear resistance in both nylon and polyoxymethylene when compared against virgin PTFE. Recycled PTFE also offers a significant reduction in carbon footprint relative to the use of prime PTFE.

MicroFLON S-Series powders are Natural Prime PTFE micronized to various particle sizes. In thermoplastics and elastomers, MicroFLON® S facilitates lubrication and wear resistance. The tight process and particle size control typical of the MicroFLON® product line allows for easy dispersion, and distribution of the product.

MicroFLON S-Series powders are Natural Prime PTFE micronized to various particle sizes. In thermoplastics and elastomers, MicroFLON® S facilitates lubrication and wear resistance. The tight process and particle size control typical of the MicroFLON® product line allows for easy dispersion, and distribution of the product.

MicroFLON T-Series powders are recycled PTFE micronized to various particle sizes. MicroFLON® T-Series is based on recycled PTFE powder that offers an attractive alternative to costly virgin PTFE. As confirmed in recent independent testing, MicroFLON® T offers superior coefficient of friction and wear resistance in both nylon and polyoxymethylene when compared against virgin PTFE. Recycled PTFE also offers a significant reduction in carbon footprint relative to the use of prime PTFE.

These PTFE powders are Natural Prime PTFE micronized to various particle sizes and are FDA compliant for applications requiring food contact. MicroFLON 1437FG is designed for food contact applications. These applications include: food processing, machine parts, and medical devices.

MicroFLON T-Series powders are recycled PTFE micronized to various particle sizes. MicroFLON® T-Series is based on recycled PTFE powder that offers an attractive alternative to costly virgin PTFE. As confirmed in recent independent testing, MicroFLON® T offers a superior coefficient of friction and wear resistance in both nylon and polyoxymethylene when compared against virgin PTFE. Recycled PTFE also offers a significant reduction in carbon footprint relative to the use of prime PTFE.

Ishihara Sangyo Kaisha Ltd. Titanium oxide MC-50 has been widely used as a carrier material for catalysts mainly used in thermal power plants, waste incinerator exhaust gas treatment equipment, automobile exhaust gas purification equipment, etc. Titanium oxide material is characterized by its strong resistance to deterioration of catalyst performance due to sulfur components in fuel, and the role of titanium oxide for catalyst carriers will continue to become more important for the conservation of the global environment.

M.G. Polyblends SI-10 has developed 50% concentrate of ultra high molecular weight polydimethyl siloxane in polypropylene carrier for use of automotive interiors, appliances and all other applications which are using PP, Talc-filed PP, TPO's, Talc-filed TPO's as the base polymer. This masterbatch is mainly used for low gloss appearance along with good scratch and abrasion resistance.

TR 055 - A combination product designed to offer more external lubricity for improved flow and metal release. It has proven to be very effective in automotive applications to replace traditional lubricants for improved processing and end product properties, including better fogging characteristics.

MoldWiz® IMRI - A non-silicone process aid additive for use in all types of rubber processing which eliminates the need for any external release agent minimizing mold and machine cleaning time. Facilitates processing by increasing the flow characteristics and lubricating qualities of the rubber formulation without affecting its mechanical properties. The cured product can be readily glued, bonded, coated, etc. and there is no exudation or deterioration after prolonged storage. There is an increase in elongation percentage and tensile strength with many formulations.

MoldWiz® INT-1117LAM - A non-silicone process aid additive for use in all types of rubber processing which eliminates the need for any external release agent minimizing mold and machine cleaning time. Facilitates processing by increasing the flow characteristics and lubricating qualities of the rubber formulation without affecting it’s mechanical properties. The cured product can be readily glued, bonded, coated, etc. and there is no exudation or deterioration after prolonged storage. There is an increase in elongation p

RP 06 - RP 06 Odor modifiedRP 11 General purposeRP 23 When PE is presentRP 38 High efficiency when PE is presentVMO Series Low Odor

Chengdu Silike Technology LYSI-307 is a pelletized formulation with 50% ultra high molecular weight siloxane polymer dispersed in Polyamide-6 ( PA6 ). It is widely used as an efficient processing additive in PA compatible resin system to improve the processing properties and modify surface quality.

Ishihara Sangyo Kaisha Ltd. Titanium oxide MC-150 has been widely used as a carrier material for catalysts mainly used in thermal power plants, waste incinerator exhaust gas treatment equipment, automobile exhaust gas purification equipment, etc. Titanium oxide material is characterized by its strong resistance to deterioration of catalyst performance due to sulfur components in fuel, and the role of titanium oxide for catalyst carriers will continue to become more important for the conservation of the global environment.

Calcium Stearateused by the rubber and plastic industries as an effective elastomer processing aid and release agent. The low chloride content of STRUKTOL® Calcium Stearate allows for complete product dispersion in elastomers. Our "GR" version offers low dust and easy handling.

Ishihara Sangyo Kaisha Ltd. Titanium oxide MC-90 has been widely used as a carrier material for catalysts mainly used in thermal power plants, waste incinerator exhaust gas treatment equipment, automobile exhaust gas purification equipment, etc. Titanium oxide material is characterized by its strong resistance to deterioration of catalyst performance due to sulfur components in fuel, and the role of titanium oxide for catalyst carriers will continue to become more important for the conservation of the global environment.

M.G. Polyblends SI-09 has developed 50% concentrate of ultra high molecular weight polydimethyl siloxane in polypropylene carrier for use of automotive interiors, appliances and all other applications which are using PP, Talc-filed PP, TPO's, Talc-filed TPO's as the base polymer. This masterbatch is mainly used for low gloss appearance along with good scratch and abrasion resistance.

The use levels of EVERSTAB-FS042 range between 0.05% and 0.15% are recommended for protection. It depends on the substrate and performance requirements of the final application.

MoldWiz® INT-1117EL - A non-silicone process aid additive for use in all types of rubber processing which eliminates the need for any external release agent minimizing mold and machine cleaning time. Facilitates processing by increasing the flow characteristics and lubricating qualities of the rubber formulation without affecting it’s mechanical properties. The cured product can be readily glued, bonded, coated, etc. and there is no exudation or deterioration after prolonged storage. There is an increase in elongation percentage and tensile strength with many formulations.