Soft-Focus Benefit

Silicone gels and Silicone Powder possess a light-scattering effect (soft-focus benefit) due to their three-dimensional cross-linked structure. They blur wrinkles and pores, achieving a soft, natural finish.

Soft-Focus Benefit of Hybrid Silicone Powder (KSP Series)

The graph on the right shows the results of measuring transmittance and haze values after thinly coating samples made by mixing 10% of each KSP series into a silicone gels base (KSG-16) and exposing them to light.
The blue column represents total transmittance; higher values indicate greater sample transparency.
The green column represents the proportion of transmitted light that is scattered; higher values indicate better scattering efficiency and a stronger soft-focus benefit.
The KSP series exhibits extremely high light scattering effects because it contains three-dimensional crosslinked Silicone Rubber Powder internally and is further coated with silicone resin on the surface.

Soft-Focus Benefit of Silicone Gels (KSG Series)

The graph on the left shows the transmittance and haze values measured for each KSG series, using the same method as above.
Silicone fluids alone cannot scatter light, but the KSG series exhibits light scattering effects due to its three-dimensional cross-linked structure.

Results 29

KSP-100W

Hydrophilic type.
This white spherical hybrid silicone powder is made by coating spherical silicone rubber powder with silicone resin.
It has excellent flexibility and dispersibility due to the properties of both rubber and resin.
Average particle size: 5 μm.

KM-9729

Nonionic dispersion of silicone rubber powder. Can be used as a thickener to impart a smooth feel.

KM-440

Water-dispersible alkyl-modified silicone rubber powder. High concentration of powder is dispersed, easily imparting a soft, silky feel and soft focus effect to formulations. Also exhibits high sebum absorption.

KMP-590

White spherical powder of methyl trimethoxysilane polymer. Can be used as a texture modifier. Average particle size: 2 μm.

KSP-441

White spherical Hybrid Silicone Powder is spherical silicone rubber powder with alkyl groups coated with silicone resin.
It has excellent lubricity, flexibility, and dispersibility due to the characteristics of both rubber and resin.
It exhibits high oil absorption properties and is particularly excellent at absorbing organic oils.
Average particle size: 12 μm

KSP-411

White spherical Hybrid Silicone Powder is spherical Silicone Rubber Powder coated with Silicone Resin.
It has excellent lubricity, flexibility, and dispersibility due to the properties of both rubber and resin.
It exhibits high oil absorption properties and is particularly excellent in absorbing silicone fluid.
Average particle size: 12μm

KSP-300

This white spherical Hybrid Silicone Powder is made by coating spherical silicone rubber powder with a phenyl group with silicone resin.
It has excellent lubricity, flexibility, and dispersibility due to the characteristics of both rubber and resin.
Average particle size: 5 μm

KSP-105

This is a white spherical hybrid silicone powder made by coating spherical silicone rubber powder with silicone resin.
It has excellent lubricity, flexibility, and dispersibility due to the characteristics of both rubber and resin.
Average particle size: 2 μm

KSP-102

This is a white spherical hybrid silicone powder made by coating spherical silicone rubber powder with silicone resin.
It has excellent lubricity, flexibility, and dispersibility due to the properties of both rubber and resin.
Average particle size: 30 μm

KSP-101

This is a white spherical Hybrid Silicone Powder made by coating spherical Silicone Rubber Powder with Silicone Resin.
It has excellent lubricity, flexibility, and dispersibility due to the characteristics of both rubber and resin.
Average particle size: 12 μm

KSP-100

This is a white spherical hybrid silicone powder made by coating spherical silicone rubber powder with silicone resin.
It has excellent lubricity, flexibility, and dispersibility due to the characteristics of both rubber and resin.
Average particle size: 5 μm

KMP-592

White spherical powder of a polymer of methyl trimethoxysilane containing a phenyl group. It has a higher refractive index than conventional resin powders. It can be used as a tactile modifier. Average particle size: 2 µm.

KMP-591

White spherical powder of methyl trimethoxysilane polymer. Can be used as a texture modifier. Average particle size: 5 μm.

KM-116

An O/W emulsion of silicone elastomer gel with a soft, silky film feel that is easy to blend into water-based formulations.

KSG-048Z

KF-96A-2CS (volatile dimethicone) is used as the base oil.
Due to its three-dimensional cross-linked structure and fine particles, it imparts a smooth, silky feel and creates a matte effect.
It has excellent swelling properties for both silicone fluid and hydrocarbon oil, improving the stability of cosmetic products.

KSG-045Z

KF-995 (cyclopentasiloxane) is used as the base oil.
Its fine particles with a three-dimensional cross-linked structure impart a smooth, silky feel and create a matte effect.
It has excellent swelling properties for both silicone fluid and hydrocarbon oil, improving the stability of cosmetic products.

KSG-042Z

The use of isododecane as the base oil and its three-dimensional cross-linked structure of fine particles imparts a smooth, silky feel and creates a matte effect.
It has excellent swelling properties for both silicone fluid and hydrocarbon oil, improving the stability of cosmetic products.

KSG-44

Squalane is used as the base oil.
Its fine particles have a three-dimensional cross-linked structure, giving it a smooth, silky feel and a matte finish.
It has excellent swelling properties with hydrocarbon oils, improving the stability of cosmetic products.

KSG-43

The base oil is triethylhexanoin.
Its fine particles have a three-dimensional cross-linked structure, giving it a smooth, silky feel and a matte finish.
It has excellent swelling properties with hydrocarbon oils, improving the stability of cosmetic products.

KSG-42A

The use of isododecane as the base oil and its three-dimensional cross-linked structure of fine particles imparts a smooth, silky feel and creates a matte effect.
It has excellent swelling properties for hydrocarbon oils, improving the stability of cosmetic products.

KSG-41A

Mineral oil is used as the base oil.
The fine particles have a three-dimensional cross-linked structure, giving a smooth, silky feel and a matte finish.
It has excellent swelling properties with hydrocarbon oils, improving the stability of cosmetic products.

KSG-016F

The fine particles have a three-dimensional cross-linked structure, giving them a smooth, powdery feel and a matte finish.

KSG-19

Due to its three-dimensional cross-linked structure, it imparts a smooth, silky powdery feel and creates a matte effect.
It has excellent swelling properties in silicone fluid, improving the stability of cosmetic products.

KSG-18A

A silicone gel crosslinked with phenyl-modified silicone that imparts a smooth, emollient feel and a matte effect.
It has excellent swelling properties with various oils and improves the stability of cosmetic products.

KSG-16

Due to its three-dimensional cross-linked structure, this fine particle imparts a smooth, silky feel and creates a matte effect.
It has excellent swelling properties in silicone fluid, improving the stability of cosmetic products.

KSG-1510

Due to its three-dimensional cross-linked structure, it imparts a smooth, silky feel and creates a matte effect.
It has excellent swelling properties in silicone fluid, improving the stability of cosmetic products.

KSG-1610

Due to its three-dimensional cross-linked structure, it imparts a smooth, silky feel and creates a matte effect.
It has excellent swelling properties in silicone fluid, improving the stability of cosmetic products.

KSG-45

A silicone elastomer gel with a smooth texture that blends well with the skin, swollen with a plant-derived oil agent.

KSG-15

Highly swellable transparent gel Due to its fine particle size and three-dimensional cross-linked structure, it imparts a smooth, silky feel and creates a matte effect. .
It has excellent swelling properties in silicone fluid, improving the stability of cosmetic formulations..