Electrostatic Separation TRIZ Cases

See how concentric circulation channels and conical settlement zones trap magnetic and non-magn

See how substituted benzothiazole and benzoxazole additives enable single-mechanism charging an

See how electrostatic generators create hydrophobic fields using triboelectric charging to repe

See how polyolefin spunbond fabric with controlled fiber diameter and electret processing resol

See how a compact device combines magnetic retention, decantation, and mesh filtration with rot

See how a rotating brush catcher with liquid spraying treats high-concentration dust gases from

See how a thin-walled canister with external magnet positioning and sealed drain outlet enables

See how rotating brush catchers with liquid spraying treat high-concentration dust gas while re

See how substituted-benzoic acid additives in thermoplastic electret webs enable effective DC c

See how a rotating brush catcher with hydrophobic and hydrophilic hair segments captures high-c

See how benzoate salt additives in thermoplastic resin enable electret webs to achieve enhanced

See how upward water flow through coffee grounds reduces extraction time from 24-48 hours while

See how benzoate salt charge-enhancing additives integrated into thermoplastic resin enable ele

See how substituted benzothiazole and benzoxazole additives enable electret webs to achieve hig

See how a telescopic fitment with O-ring seals enables plastic-bodied magnetic filters to conne

See how a three-mouth filter body with nested magnetic and filter elements enables flexible ins

See how amorphous polymer fiber with corona discharge replaces polypropylene to maintain collec

See how a dual-chamber magnetic filter with castellated screw-top closure prevents overtighteni

Hindered amines and carboxylic acid salts help nonwoven electret fibers retain charge after heat treatment while sustaining filtration and low pressure drop.

Tangential dual chambers and magnetic capture improve debris separation in 35-42 mm central heating pipes without oversized metal filters.

A cavity ring magnet forms bead capture rings or gaps to improve macromolecule purification, manual pipetting, and recovery across sample volumes.

A nested inner and outer Halbach ring boosts vessel-wall field gradient to prevent particle slipping while reducing rare-earth magnet use.

Mechanical deformation loosens magnetically captured cells from a flexible conduit wall, improving recovery, purity, and continuous sorting throughput.