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Converting applications such as Rotogravure /Flexographic printing solvent less/solvent based lamination, slitting, coating, Extrusion lamination /coating calls for treatment of verity of substrates at very high line speeds. IEECs RFIM Corona Treating Station comes with high definition ceramic electrodes which can treat metalized and non-metalized substrates at high line speeds.
Technical Advantages
The new generation label press demands compact and efficient corona treatment systems for treatment of variety of substrates at high line speeds. IEECs Narrow Web Push-Pull type Corona Treating Station is specially designed keeping the compactness, operator friendliness and efficiency in mind. Available as the RFIM-NW model, the high definition ridge type ceramic electrodes ensure efficient treatment of metalized as well as non- metalized substrates.
Technical Advantages
Corona treatment for wide web films has always been a challenging issue. IEECs RFI-WW corona treaters are a reliable and guaranteed solution for wide web treatment applications. Whether its Corona Treatments for BOPP, BOPET or for extrusion coating on cross woven fabrics IEEC Wide Web Corona Treatment Systems serve these purposes perfectly.
IEEC offers innovative and Cost effective solution for Pretreatment of cables Prior to Inkjet printing with DBD plasma Treater. The system is design for inline Cable tratment is very user friendly.
Ideal for products with diverse shapes 3D, to increase surface cleaning effect and the degree of joining strength which includes printing, painting, bonding, and labeling. Application of Plasmion3d+ and Plasmastra include industries, such as Display, Electronic, Motor, Automobile, Macromolecular Film, Drug, and Metal Industry.
Key Features
The process of increasing Surface Tension (dynes/cm) of a substrate by exposing it to an Atmospheric Plasma Flame is called Atmospheric Plasma Treatment. Non-contaminated, refrigerated dry, moisture free, and oil-free compressed air is passed through High Voltage at High Frequency. Air molecules get ionized and air reaches fourth stage of matter (Plasma), creating Atmospheric Plasma.
Head lights, door sealing profiles, decorative trim, switch components, control unit housings, bumpers.
PRINTING INDUSTRYFor inkjet Printing on bottles, caps, wires and cables, pipes, glass and other materials. For pad printing on pens, mobile covers, switches, switch boards etc.
MEDICAL DEVICESDialysis machines, disposable syringes, catheter, ampoules, contact lenses, test tubes, petri dishes.
GLASS INDUSTRYWindow seals, window frames, printing on drinking glasses and bottles, perfume flacons.
COATINGFoil coating, flocking, laminating.
ADHESIVE TECHNOLOGYPlastic sheets, furniture coatings.
LAMINATINGInstrument panels, interior door coverings, car boot linings.
Surface tension is the property of a liquid arising from unbalanced molecular forces at or near the surface. If it is higher than the surface energy of a material, the liquid tends to form droplets rather than spread out. Another name for an inks surface tension properties is wettability. Surface tension is normally measured in energy units called dynes/cm. A dyne is the amount of force required to produce an acceleration of 1 cm/sec2 on a mass of 1g.
The dyne level of a material is called its surface energy. If the liquid has a dyne level lower than the materials surface energy, then the liquid will spread out over its entire surface in a uniform wet layer. If the inks dyne level is equal to or higher than a materials dyne level, the liquid will become cohesive and tend to remain in droplets.
IEEC supplies silicone sleeves manufactured using very high dielectric Strength Silicone Compound. The sleeves show excellent performance in achieving good treatment levels at higher efficiency.
The sleeves are manufactured under high dimensional tolerances inorder to ensure uniform corona treatment across the web width. IEEC sleeves show good chemical, mechanical and electrical resistance making it an ideal option in harsh corona treatment process.
Fully detailed and controlledfilm casting process
Our Band Pinning systems produce high quality Bi-axially Oriented Polyester (BoPET), film at the fastest possible chill roll speeds, while maintaining the best possible transparency and other physical attributes. High quality film is the result of a perfectly controlled casting process. One of the most critical features of the casting process is an extremely precise and flexible pinning system. Most commercially available pinning systems utilize the principle of generating an electrostatic effect to pin the extruded melt on to the chill roll by causing ionization of air, thus eliminating air entrapment between melt & chill roll. The elimination of air entrapment creates extremely close contact between the melt and the chill roll, resulting in a virtually clear cast film, suitable for subsequent orientation at maximum line speeds.
Key Features
Technical Details
IEECs RFI Corona Treatment System is a perfect solution to all problems related to surface treatment for blown films. The rigid mechanical structure ensures absolute uniform air gap across the web width, ensuring perfect treatment levels at all times. The system is available in segmented as well as fixed type electrode structure.
Technical Advantages
