Foam leh sheet te pawh a awm .

FOAMS & SHEET MARTIES atana hman tur plasma lei chunglam enkawlna hmasa ber a ni.

Unlike thin films, ​foam substrates and rigid sheets​ pose unique challenges due to their thickness (>5mm) leh complex morphology (cavities, air inclusions). Kan engineer te hian hengte hi hetiang hian an sawi a ni:

Adjustable electrode systems: Discharge gap (50mm thleng) siam theih a ni a, section thick tak takah plasma flux inang tlang tak siam tur a ni.

Atmospheric plasma pulsed: thermal damage awm lovin cavities a lut a, adhesion tichhe thei boruak tang chu a ti bo.

Material-protocol bik: optimized power (eg, polymer tan 10W, metal tan 700W) leh gas mixture (N20W tan n20W) substrate degradation a veng thei.

I dilna atan hian engvangin nge hei hi a pawimawh:

Porous foams: Plasma hian internal cavity walls a functionalize a, chu chuan deep-a tichak thei a, chu chu automotive seal leh medical implant-a hman PU/PI foam-a coating adhesion a ni.

​Laminated Sheets: Increases peel strength by >Aluminum-polymer composites chu bonding hmain surface activation hmangin 40% a ni.

Contoured Surfaces: Non-thermal plasma jet te hian 3D shape (eg, die{4}}Cast auto parts) te hi inthawina masking tel lovin an enkawl thin.

Engineering solutions te chu:

▶︎ Cavity-Plasma lu khuhna chu closed-cell foams tan a ni.

▶︎ air pocket-a arcing awm loh nan HV discharge control theih a ni.

▶︎ Real-Thil thickness variation te tan hun impedance monitoring .