Lithium Magnesium Silicate Powder, high‑transparency synthetic hectorite, CAS 67142‑95‑4. It is a synthetic nanoscale layered silicate manufactured under hydrothermal synthesis, purification and spray‑drying. Upon hydration in water or hydro‑alcohol solutions, the powder exfoliates into nanosheets and builds up a clear thixotropic gel network. It functions as rheology modifier, suspending agent and stabilizer for transparent cosmetic and personal‑care formulas, preventing sedimentation of insolu

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Product Detail PageLithium Magnesium Silicate Powder High‑Transparency CAS 67142‑95‑4, Synthetic Hectorite Water‑Soluble Clear Gel for Cosmetics & Personal CareThis high‑transparency synthetic hectorite powder is produced by controlled hydrothermal synthesis of inorganic raw materials, followed by purification, filtration and spray‑drying. Strict process control reduces residual insoluble mineral impurities and colored contaminants. The final white free‑flowing powder consists of layered nanocrystalline silicate platelets. Unlike natural hectorite clay, the synthetic grade features consistent particle dimension, negligible heavy‑metal content and reproducible hydration‑gelation performance, which meets cosmetic‑grade raw‑material requirements.

When dispersed into de‑ionized water or hydro‑alcohol solvent systems, the powder undergoes gradual hydration and exfoliation. Individual silicate nanosheets disperse uniformly throughout the aqueous phase and construct a reversible colloidal network. At rest, the network raises system viscosity and forms a stable clear gel, providing powerful suspending capacity for fine pigments, exfoliant particles, UV‑filter solids and botanical extracts inside cosmetic formulations. Under shear force during pouring or smearing, the gel network breaks down and viscosity drops, granting pleasant fluid spreading property for serums, transparent gels, facial toners and hair care products. After the shear stress disappears, the colloidal structure rebuilds rapidly to avoid particle sedimentation during shelf storage.

This synthetic hectorite exhibits broad pH compatibility across typical cosmetic formulation ranges. It is compatible with many non‑ionic, anionic and amphoteric surfactants used in personal‑care recipes. The high‑transparency characteristic eliminates hazy or milky appearance, which is essential for transparent skincare gel, clear hair‑styling gel and translucent body care products. It can synergistically work with organic thickeners such as xanthan gum to optimize overall rheological profile, improving anti‑syneresis performance of finished cosmetic goods.

Formulation dosage should be adjusted according to target viscosity and gel strength. Pre‑hydration under high‑speed stirring is strongly recommended before blending with other cosmetic components to avoid undispersed powder agglomerates. Although the material shows good electrolyte tolerance, excessive high‑salt loading should be avoided, because strong ionic conditions may suppress full exfoliation and reduce the final transparency of aqueous gel systems.

The lithium magnesium silicate powder needs sealed, dry storage. Moisture absorption prior to application will cause difficult dispersion and partial loss of gelling capacity. During weighing and feeding operations, cross‑contamination with low‑transparency industrial‑grade synthetic hectorite must be prevented. Foreign coarse impurities will generate visible speckles and destroy the aesthetic quality of transparent cosmetic products. This high‑transparency synthetic hectorite is a premium inorganic rheology‑modifying thickener dedicated to high‑clarity cosmetic and personal‑care formulations.

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Jishengya Technology

Shenzhen Jishengya Technology Co., Ltd. is located in Shenzhen, a special economic zone, and is a comprehensive technology enterprise integrating independent R&D, production and sales.