Products

The Miyoshi Group has developed a large range of multi-functional porous and non-porous silica beads. Silica beads provide slip, fluidity and spreadability in both powder and liquid systems. They also offer soft-focus and sebum/oil absorption properties. The porous type can also be used as an active carrier such as Hyaluronic Acid to facilitate the formulation of active ingredients in products and their release control in application. Silica beads are also available with surface treatment to provide additional value-added benefits such as strong hydrophobicity, excellent dispersibility into oil, and additional enhanced feel.

The Miyoshi Group has developed a large range of multi-functional porous and non-porous silica beads. Silica beads provide slip, fluidity and spreadability in both powder and liquid systems. They also offer soft-focus and sebum/oil absorption properties. The porous type can also be used as an active carrier such as Hyaluronic Acid to facilitate the formulation of active ingredients in products and their release control in application. Silica beads are also available with surface treatment to provide additional value-added benefits such as strong hydrophobicity, excellent dispersibility into oil, and additional enhanced feel.

The Miyoshi Group has developed a large range of multi-functional porous and non-porous silica beads. Silica beads provide slip, fluidity and spreadability in both powder and liquid systems. They also offer soft-focus and sebum/oil absorption properties. The porous type can also be used as an active carrier such as Hyaluronic Acid to facilitate the formulation of active ingredients in products and their release control in application. Silica beads are also available with surface treatment to provide additional value-added benefits such as strong hydrophobicity, excellent dispersibility into oil, and additional enhanced feel.

MiyoSTAY Z20 enhances sebum control and long lasting effects by increasing zinc oxide compared to Miyoshi’s first generation product, Powder La Vie. This next generation multifunctional composite powder provides long lasting effects through sebum jellification. It also provides anti-microbial & deodorant effect and a matte non-shiny finish. MiyoSTAY Z20 multifunctional composite powder allows chemists to develop multifaceted formulations with higher efficacy and efficency

The Miyoshi Group has developed a large range of multi-functional porous and non-porous silica beads. Silica beads provide slip, fluidity and spreadability in both powder and liquid systems. They also offer soft-focus and sebum/oil absorption properties. The porous type can also be used as an active carrier such as Hyaluronic Acid to facilitate the formulation of active ingredients in products and their release control in application. Silica beads are also available with surface treatment to provide additional value-added benefits such as strong hydrophobicity, excellent dispersibility into oil, and additional enhanced feel.

SXI-5 is a unique composite of silica bead on top of mica surface treated with Miyoshi’s patented dimethicone (SA) technology. The result is excellent slip and spreadibility and provides formulations ultra smooth textures. Incident light is refracted by the silica beads of SXI-5 and provides a soft-focus effect.

Chemists often have difficulty finding high opacity, pure white powders for their formulations that remain true to color in both wet and dry conditions, a key point to developing liquid foundations. To combat this, Miyoshi America has developed MiyoHAZE White, an innovative, multi-functional opacifying powder that can be used in a wide range of cosmetic products. MiyoHAZE White’s unique properties display both wet and dry color fidelity with high opacity resulting in a soft-focus effect in the end formulation. MiyoHAZE White can also be surface treated to provide additional value-added benefits such as strong hydrophobicity, high coverage, and enhanced feel.

MiyoAQUA is a hydrophilic surface treatment based on alginate. This anionic polysaccharide is found naturally in oceans around the world in the cell walls of brown algae and kelp. Inorganic pigments such as iron oxide and pigmentary titanium dioxide surface treated with sodium alginate are highly hydrophilic and provide excellent dispersibility and re-dispersibility into the water phase.

MiyoAQUA is a hydrophilic surface treatment based on alginate. This anionic polysaccharide is found naturally in oceans around the world in the cell walls of brown algae and kelp. Inorganic pigments such as iron oxide and pigmentary titanium dioxide surface treated with sodium alginate are highly hydrophilic and provide excellent dispersibility and re-dispersibility into the water phase.

NAI (replacing the original AI, animal-derived treatment) is based on the chemical bonding of Disodium Stearoyl Glutamate to pigments and substrates. The NAI treatment was quickly embraced worldwide because of its unique benefits. The Compatibility of NAI treated pigments in silicone-based systems has been amply demonstrated by their usage in a number of commercially available W/S liquid foundations. NAI and NAID is longwearing and provides a moist, dewy feel while being much easier to disperse in oils and silicones.

MiyoAQUA is a hydrophilic surface treatment based on alginate. This anionic polysaccharide is found naturally in oceans around the world in the cell walls of brown algae and kelp. Inorganic pigments such as iron oxide and pigmentary titanium dioxide surface treated with sodium alginate are highly hydrophilic and provide excellent dispersibility and re-dispersibility into the water phase.

MiyoAQUA is a hydrophilic surface treatment based on alginate. This anionic polysaccharide is found naturally in oceans around the world in the cell walls of brown algae and kelp. Inorganic pigments such as iron oxide and pigmentary titanium dioxide surface treated with sodium alginate are highly hydrophilic and provide excellent dispersibility and re-dispersibility into the water phase.

MiyoAQUA is a hydrophilic surface treatment based on alginate. This anionic polysaccharide is found naturally in oceans around the world in the cell walls of brown algae and kelp. Inorganic pigments such as iron oxide and pigmentary titanium dioxide surface treated with sodium alginate are highly hydrophilic and provide excellent dispersibility and re-dispersibility into the water phase.

NAI (replacing the original AI, animal-derived treatment) is based on the chemical bonding of Disodium Stearoyl Glutamate to pigments and substrates. The NAI treatment was quickly embraced worldwide because of its unique benefits. The Compatibility of NAI treated pigments in silicone-based systems has been amply demonstrated by their usage in a number of commercially available W/S liquid foundations. NAI and NAID is longwearing and provides a moist, dewy feel while being much easier to disperse in oils and silicones.

NAI (replacing the original AI, animal-derived treatment) is based on the chemical bonding of Disodium Stearoyl Glutamate to pigments and substrates. The NAI treatment was quickly embraced worldwide because of its unique benefits. The Compatibility of NAI treated pigments in silicone-based systems has been amply demonstrated by their usage in a number of commercially available W/S liquid foundations. NAI and NAID is longwearing and provides a moist, dewy feel while being much easier to disperse in oils and silicones.

MiyoAQUA is a hydrophilic surface treatment based on alginate. This anionic polysaccharide is found naturally in oceans around the world in the cell walls of brown algae and kelp. Inorganic pigments such as iron oxide and pigmentary titanium dioxide surface treated with sodium alginate are highly hydrophilic and provide excellent dispersibility and re-dispersibility into the water phase.