01 / CATHODIC ELECTRO-DEPOSITION
During CED, an electrically conductive component is fully immersed in a water-borne epoxy paint bath and charged negatively. Paint particles migrate to and deposit on the component where the electric field can reach. As the deposited layer builds, it becomes increasingly insulating, supporting a more uniform film build.
SVSC's planned line pairs this process with zinc-phosphate pretreatment, rinsing and controlled oven cure.
02 / POWDER COATING
Planned automated booth with four automatic guns and two manual guns (Mitsuba), stainless-steel multi-cyclone powder recovery and a cartridge dust collector.
Support equipment includes a camel-back curing oven and a batch oven for larger parts.
View the planned booth specifications →03 / LIQUID PAINTING
SVSC's brochure includes liquid painting among the planned finishing services. Liquid top coats may also be specified over a suitable CED primer where the part and specification require it.
Colour, gloss, film thickness and top-coat chemistry will be confirmed against customer requirements during technical review.
Share your coating specification →SPECIFICATION REVIEW
Maximum CED part dimensions depend on the hanging fixture, jigging and anode clearance within the planned 2,500 × 1,250 × 1,250 mm bath. Send a drawing for evaluation before assuming a component will fit.
TAKE THE NEXT STEP
Share dimensions, coating specifications and monthly volume. We will discuss the process, jigging and commercial requirements.
