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Methyl silicone oil forms an oriented lubricating film on fiber surfaces and reduces the friction coefficient between fibers, delivering a notable enhancement in fabric softness at the molecular level. The subjective hand-feel score of treated cotton fabrics can rise from 3.5 to 8.2.
Practical Softness Performance
Smoothness: Treated fabrics feel free of dry and dragging resistance when touched, with smooth glide, greatly improving the wearing comfort of next-to-skin garments.
Fullness: After penetrating into fiber interstices, the silicone oil forms elastic supporting nodes at fiber crossover points, endowing the fabric with fluffy, springy “air-like volume” instead of limp, lifeless softness.
Improved elasticity: With reduced friction between fibers, the fabric recovers more easily after bending under external force. Its pilling resistance grade can be upgraded from Grade 2.0 to Grade 3.8, resisting deformation after long-term wear.
Key Industrial Application Details
Common processes: The pad-dry-cure method is widely adopted. The methyl silicone oil emulsion is diluted to an appropriate concentration, the fabric is fully soaked and then squeezed by rollers for uniform pickup. Spraying and exhaust dyeing methods are also available to suit diverse production scenarios.
Dosage control: A loading of 1.5% owf (on weight of fabric) delivers desirable results. Overdosage will create an excessively thick lubricating film and impair fabric air permeability.
Process compatibility: Its high and low temperature resistance fits high-temperature processes such as dyeing and heat setting. Its chemical inertness prevents reactions with dyes and other auxiliaries, securing stable dyeing and finishing operations.
Wash durability: Properly treated fabrics retain over 90% of their softness after 5 industrial washing cycles, delivering long-lasting performance.
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Executive Summary
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Introduction
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Introduction
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Reaction Mechanism
The addition-curing system relies on platinum-catalyzed hydrosilylation reaction. The Si-CH=CH₂ groups on vinyl silicone oil (base gum) react with the Si-H bonds of hydrogen-containing silicone oil to form crosslinks. No small molecules volatilize and no byproducts are generated during the reaction, which can be cured at ambient tempe.
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