Iron Oxide (96.0-98.0%) (and) Triethoxycaprylylsilane (2.0-4.0%). BL-100P/AS by Hock Chemie is an inorganic pigment (Pigment Black 11, CI 77499). It is used as a raw material for formulating cosmetic... view more

Iron Oxide (96.0-98.0%) (and) Lauroyl Lysine (2.0-4.0%). BL-100P/LL by Hock Chemie is an inorganic pigment (Pigment Black 11, CI 77499). It is used as a raw material for formulating cosmetic products... view more

Iron Oxide (96.5-98.0%) (and) Methicone (2.0-3.5%). BL-100P/MS by Hock Chemie is an inorganic pigment (Pigment Black 11, CI 77499). It is designed for formulating cosmetic products. BL-100P/MS is... view more

Boron Nitride. BN5 by Hock Chemie acts as an absorbent, opacifying- and skin conditioning agent. It possesses a large, hexagonal monocrystal structure. It is highly recommended in cosmetic... view more

Titanium dioxide (94-96%) (and) Methicone (2-4%) (and) Alumina (<2%). CCR50/MS by Hock Chemie is a rutile titanium dioxide pigment treated with aluminum compounds on the surface (Pigment White 6, CI... view more

Titanium Dioxide (97-98%) (and) Hydrogenated Lecithin (2-3%). CCR50P/HPC by Hock Chemie is an inorganic, rutile titanium dioxide pigment (Pigment White 6, CI 77891). It offers a unique skin feel and... view more

Talc (96.0-98.0%) (and) Triethoxycaprylylsilane (2.0-4.0%). F10S/AS by Hock Chemie is a treated powder (CI 77718). It offers excellent skin feeling and adhesive properties. F10S/AS is used as a... view more

Talc (97.0-98.0%) (and) Lauroyl Lysine (2.0-3.0%). F10S/LL by Hock Chemie is a very smooth, free-flowing powder (CI 77718) with a faint characteristic odor. It is treated with lauroyl lysine... view more

Talc (96.0-98.0%) (and) Magnesium Myristate (2.0-4.0%). F10S/MM3 by Hock Chemie is a free-flowing treated powder (CI 77718) with a faint characteristic odor. It offers excellent skin sensation and... view more

Talc (92.0-94.0%) (and) Magnesium Myristate (3.0-4.0%) (and) Triethoxycaprylylsilane (3.0-4.0%). F10S/MMS by Hock Chemie is a treated powder (CI 77718). It is designed for use in cosmetic... view more

Talc (97.0-98.0%) (and) Methicone (2.0-3.0%). F10S/MS by Hock Chemie is a treated powder (CI 77718). It possesses promising waterproof abilities and offers smooth feeling. It is used as a raw... view more

Talc (and) Hydrogenated Sunflower Seed Oil. F10S/NSBC by Hock Chemie is a plant-based treated powder (CI 77718). It is designed for use in cosmetic formulations. F10S/NSBC provides excellent adhesive... view more

Talc (95-97%) (and) Oryza Sativa Bran Cera (3-5%). F10S/NSRW by Hock Chemie is a treated powder (CI 77718). It offers excellent adhesive properties. It is designed for use in cosmetic formulations... view more

Talc (94.0-97.0%) (and) Hydrogenated Lecithin (3.0-6.0%). F10S/PC by Hock Chemie is a treated powder (CI 77718). It is used in cosmetic formulations. It provides excellent stability for lotion... view more

Titanium Dioxide (97.5-98.5%) (and) Triethoxycaprylylsilane (1.5-2.5%). FDC/AS by Hock Chemie is an aluminum-free inorganic pigment (Pigment White 6, CI 77891). It is a free-flowing powder with a... view more

Titanium Dioxide (97-98%) (and) Lauroyl Lysine (2-3%). FDC/LL by Hock Chemie is an aluminum-free inorganic pigment (Pigment White 6, CI 77891). It is a free-flowing powder with a faint... view more

Titanium Dioxide (97-98%) (and) Methicone (2-3%). FDC/MS by Hock Chemie is an aluminum-free inorganic pigment (Pigment White 6, CI 77891). It is a free-flowing powder with a faint characteristic... view more

Titanium Dioxide (97-98%) (and) Hydrogenated Lecithin (2-3%). FDC/PC by Hock Chemie is an aluminum-free inorganic pigment (Pigment White 6, CI 77891). It is a free-flowing powder with a faint... view more

Boron Nitride (100%). HBN10 by Hock Chemie acts as an absorbent, opacifying- and skin conditioning agent. It innovatively uses ultra-high pressure shear peeling technology. The ratio of diameter... view more

Boron Nitride (100%). HBN15 by Hock Chemie acts as an absorbent, opacifying- and skin conditioning agent. It innovatively uses ultra-high pressure shear peeling technology. The ratio of diameter... view more