Personal Care & Cosmetics
Silicone fluids, emollients, conditioning agents and specialty additives for hair care, skin care, sun care and color cosmetics.
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silicone emulsions
PDMS Silicone Emulsion 30% Active
CAS: 63148-62-9
Aqueous emulsion of polydimethylsiloxane (PDMS) at 30% active solids. Stabilized with non-ionic emulsifiers; pH 6.0–7.5; particle size D50 ≤ 1.0 μm. The lowest-concentration grade in the PDMS emulsion series — ready to use directly or with minimal dilution in textile finishing baths and personal care formulations. Inherently stable emulsion and smallest particle size of the 30/40/60% series ensures uniform film formation on fiber and skin substrates.
Detayları Görüntüle →silicone emulsions
PDMS Silicone Emulsion 40% Active
CAS: 63148-62-9
40% active PDMS aqueous emulsion — the mid-concentration workhorse of the silicone emulsion series. Balances shipping/storage efficiency against handling ease; preferred for industrial textile finishing lines, paper sizing, and rubber mold lubrication where the 30% grade wastes freight and the 60% concentrate requires on-site emulsification equipment. Non-ionic; compatible with most textile and paper auxiliaries across pH 4–10.
Detayları Görüntüle →silicone emulsions
PDMS Silicone Emulsion 60% Active
CAS: 63148-62-9
High-concentration 60% active PDMS aqueous emulsion for industrial applications. Equivalent to Bluesil EMUL 872, Wacker E60 series (100/350/1000 cSt), and XIAMETER MEM-0349. Designed as a ship-and-dilute concentrate — most economical per-active-kg basis for high-volume users. Ionic type varies by grade: non-ionic (Wacker E60 equivalents) or slightly anionic (Bluesil EMUL 872 equivalent). Base fluid viscosity (350–60,000 cSt) is the critical selection variable alongside ionic type.
Detayları Görüntüle →silicone intermediates
Hydrogen-Terminated Silicone Oil (H-PDMS)
CAS: 70900-21-9
Hydrogen-terminated polydimethylsiloxane (H-PDMS) carries reactive Si-H groups exclusively at both chain ends, making it the preferred chain-extender and crosslinker in platinum-catalyzed addition-cure silicone rubber systems. Si-H content (0.03–0.5 wt%) and viscosity (2–1000 cSt) define reactivity: low-viscosity grades (2–10 cSt) act as crosslinkers; higher-viscosity grades (100–1000 cSt) serve as chain extenders and surface-treatment intermediates. Unlike side-chain hydride PDMS (PMHS), the terminal Si-H placement gives controlled network topology and predictable cure kinetics.
Detayları Görüntüle →Can't find what you need?
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