Products in Industrial Additives & Materials: Small Particle Size D...

Redicote E-605 is a emulsifier for cationic medium-setting emulsions and tack coats. Emulsifier for oils and soft bitumen used in dust control emulsions.

AGC Chemicals Americas, Inc. RESIFA™ SUNSPERA™ DM L-503 silica gel has a significant effect on the polymerization process and properties of the finished polymer. The pore structure, spherical shape, and particle distribution of SUNSPERA™ DM L-503 particles are precisely defined. Using them as catalyst supports improves the morphology and increases the bulk density of the finished polymer resin, as well as improves productivity. SUNSPERA™ DM L-503 is suitable for both liquid phase/slurry processes and gas phase processes.

AGC Chemicals Americas, Inc. RESIFA™ SUNSPERA™ DM H-302 silica gel has a significant effect on the polymerization process and properties of the finished polymer. The pore structure, spherical shape, and particle distribution of SUNSPERA™ DM H-302 particles are precisely defined. Using them as catalyst supports improves the morphology and increases the bulk density of the finished polymer resin, as well as improves productivity. SUNSPERA™ DM H-302 is suitable for both liquid phase/slurry processes and gas phase processes.

AGC Chemicals Americas, Inc. RESIFA™ SUNSPERA™ D-70-120A (LV) silica gel is an excellent catalyst support in the manufacture of polyethylene and polypropylene. This is because of its chemical inertness, large surface area, and porosity level. The properties of the SUNSPERA™ silica gel have a significant effect on the polymerization process and properties of the finished polymer. This product is very suitable for Ziegler-Natta or Phillips catalysts.

AGC Chemicals Americas, Inc. RESIFA™ SUNSPERA™ DM M-302 silica gel has a significant effect on the polymerization process and properties of the finished polymer. The pore structure, spherical shape, and particle distribution of SUNSPERA™ DM M-302 particles are precisely defined. Using them as catalyst supports improves the morphology and increases the bulk density of the finished polymer resin, as well as improves productivity. SUNSPERA™ DM M-302 is suitable for both liquid phase/slurry processes and gas phase processes.

AGC Chemicals Americas, Inc. RESIFA™ SUNSPERA™ DM L-303 silica gel is an excellent catalyst support in the manufacture of polyethylene and polypropylene. This is because of its chemical inertness, large surface area, and porosity level. The properties of the SUNSPERA™ silica gel have a significant effect on the polymerization process and properties of the finished polymer. This product is recommended as a metallocene catalyst support.

AGC Chemicals Americas, Inc. RESIFA™ SUNSPERA™ D-70-200A silica gel has a significant effect on the polymerization process and properties of the finished polymer. The pore structure, spherical shape, and particle distribution of SUNSPERA™ D-70-200A particles are precisely defined. Using them as catalyst supports improves the morphology and increases the bulk density of the finished polymer resin, as well as improves productivity. SUNSPERA™ D-70-200A is suitable for both liquid phase/slurry processes and gas phase processes.

Reolosil® QS-102 is a very fine amorphous silicon dioxide made by the combustion of high-purity silicon tetrachloride with oxygen and hydrogen. Relosol is a fluffy white powder and is used in many applications because of its unique properties: extremely small particle size, enormous surface area, high purity, and excellent dispersion.

ULTA WHITE is a special range developed to meet global PU market requirements of high technical performances, cost effectiveness and environmental sustainability. Formulated to obtain perfect pigment distribution in the PU foams, extremely high light fastness behavior and low viscosity. It provides perfect compatibility with all PU systems. It is recommended for PU applications such as footwear, integral skin and elastomers.

Campine LT is a very consistent and controlled Antimony trioxide grade with average particle size between 2.0-2.5 μm. The LT– grade has a larger particle size to minimize the tinting in PVC-film applications . Campine LT is excellently mixable in PVC plastisols for textile coatings used in tent covers, banners and canvas for lightweight construcion films. Features Consistent particle size Controlled color index Powder with controlled and consistent purity levels Benefits Unique balance between reduced tinting and improved transparency of films Lower viscosity and shear in dispersions Controlled colo r impact on films Reliable purity of end product Reach - Compliant

Campine N is a very consistent and controlled Antimony trioxide grade with average particle size between 0.8 -1.0 μm. The N–grade is the core grade as synergist for halogenated flame retardants in cable applications and in plastics for electric & electronic applications. Campine N is also commonly used to build into pigments. Features Consistent particle size Controlled color index Powder with controlled and consistent purity levels Benefits Stable polymer viscosity due to consistent and homogeneous mix Stable flame retardant level in end product Consistent high tinting strength and stability in the coloring of the FR-plastics Reliable purity of end product Reach Compliant

Campine MT is a very consistent and controlled Antimony trioxide grade with average particle size between 1.3-1.5 μm. The MT–grade is having the optimal particle size for flame retardant masterbatches . Campine MT( Medium Tining) is recommended in PVC plastisols for textile coatings used in tent covers , banners and canvas for lightweight constructions.The MT grade is also suitable for cable applications and in plastics for electric & electronic applications. Features Consistent particle size Controlled color index Powder with controlled and consistent purity levels Benefits Uniqe balance between optimal tinting, with a controlled viscosity and shear Consistent tinting strength in films and reproducible colors in thermoplastic masterbatches The tinting level is intermediate between Campine N and Campine LT Reliable purity of end product Reach Compliant

Nichia Lithium nickel manganese cobalt oxide (NMC, LiNixCoyMnzO₂) are cathode materials. Ternary cathode materials (NMC) have an advantage of reducing the use of Cobalt and achieving both excellent output and excellent safety, making them the optimum materials for large-size batteries (i.e. in-vehicle use).

Ascend Elements Manganese sulfate is a high-quality intermediate commodity metal that is 100% sourced from recycled lithium-ion batteries. They are used for producing battery materials or for use in other applications.

Ascend Elements Cobalt sulfate is a high-quality intermediate commodity metal that is 100% sourced from recycled lithium-ion batteries. They are used for producing battery materials or for use in other applications.

Nichia Lithium cobalt oxide (LiCoO₂) are cathode materials using which surface perfomance can be enhanced.

Ascend Elements Nickel sulfate is a high-quality intermediate commodity metal that is 100% sourced from recycled lithium-ion batteries. They are used for producing battery materials or for use in other applications.

Ascend Elements Lithium carbonate is a high-quality intermediate commodity metal that is 100% sourced from recycled lithium-ion batteries. They are used for producing battery materials or for use in other applications.

Nichia Lithium iron phosphate (LiFePO₄) are cathode materials. High output characteristics and packing density are achieved while maintaining the high safety and long life characteristic of the olivine-based cathode material. As a rare metal-free material such as Cobalt, it is expected to be used in a wide range of applications.