Plasma Processing
It's processings that bring fabrics in contact with reactive means because they contain ions, electrons, photons, neutral molecules, excited atoms.
Plasma is a technology that modifies the surfaces of textile materials paving the way for the realization of new materials and of new research zones. Particularly, it is a dry technology intrinsic ecological and environment respectful.
It interferes on:
- Adhesiveness
- Chemical inertia and affinity
- Wetting capacity
- Bio –compatibility
- Capillarity
- Bonds strength
- Lubrication
- Protection and anti-wear
- Sterilization
WHAT DOES PALSMA DO?
- It increases abrasion resistance
- It increases dyeing speed
- It increases friction between fibers
- It increases shearing strain at fiber/matrix interface
- It gives anti-felting
- It gives anti-shrinking
- It gives anti-dirty
- It gives hydrophility to polypropylene bonded fiber fabrics
- It gives liquid repellent capacity to awning materials
- It gives oil repellent capacity
- It gives functionality to polyester fibers to better their dyeing
- It positively influences wool workable capacity in spinning, weaving and dyeing
- It betters carbon fibers-polymeric matrix adhesiveness
- It betters desizing processes
- It betters printing processes
- It betters fabrics wetting and dyeing capacity to reduce chlorate treatments
- It betters filtering capacity (micro fibers and blood)
- It betters film deposition without changing fibers surface properties
- It betters impermeabilization length
- It betters yarn resistance
- It betters colours solidity, it shortens times of dye fixation
- It betters solidity of printing pigments in polyester
- It betters spreading in materials
- It betters wool dyeing capacity and reduces effluents
- It betters polyester dyeing
- It betters aramidic fibers adhesiveness to epoxy resins
- It betters film adhesiveness on textile substrates
- It betters adhesiveness between surfaces
- It changes polymers to give them particular properties
- It changes hollow fibers surface
- It changes aramidic fibers with consequent connection of functional groups
- It makes fabrics anti bacterial
- It makes linen fibers crease-resisting
- It makes fibers hydrophile
- It reduces lost of weight during washing
- It replaces those proceedings that use chlorine
- It sterilizes (sanitary-hospital) materials using a reduced contents of chemical product
- It develops hydrophility
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