It is a functional fusion bonded epoxy powder coating, designed for use on valves and fittings in contact with potable water. It typically offers full corrosion protection of valves and fittings with excellent adhesion, excellent resistance to cathodic disbondment, good flexibility, good chemical stability and excellent heat resistance. The fast cure properties make it suitable for applications where consistent film thickness is required.
Thanks for Uploading video. what is the surface preparation method? what is preheat temperature? does is required any post heating? how can u repair it if u observed low DFT ? Thanks a lot in advance for your answer.
A surface preparation is necessary, requiring cleaning, surface treatment, shot blasting when talking heavy / thick parts. Preheat temperature according to the powder coats manufacturer, so between 200 - 300 deg. If parts thickness more than 3mm it doesn't need post heating.
In the spraying of pipeline fluidized bed powder coating, the key is to reduce the content of fine powder below 10um
Fluidized bed powder coating
What is the material of the powder ?
Thermosetting epoxy powder coating for the corrosion protection of valves and fittings, manufactured from cast iron or steel.
is it epoxy powder or is it the thermoplastic that is in the tank?
Thermosetting epoxy powder coating for the corrosion protection of valves and fittings, manufactured from cast iron or steel.
Are you using a thermoplastic in this video?
It is a functional fusion bonded epoxy powder coating, designed for use on valves and fittings in contact with potable water. It typically offers full corrosion protection of valves and fittings with excellent adhesion, excellent resistance to cathodic disbondment, good flexibility, good chemical stability and excellent heat resistance. The fast cure properties make it suitable for applications where consistent film thickness is required.
@@bostek-kigoscandinaviabalt1305 you have a really nice setup,look forward to more videos
Optimization of particle size of epoxy powder coating is a necessary process step for removing ultrafine powder
Hello
.... How much does it cost? Can you please tell me if that is possible.
Looks descent, except runs
how to make it bubble ?
Can we use it in aluminum door handle painting process? And is it necessary to bake after this process?
Any type of material that can withstand the necessary oven preheat temperatures. If parts thickness more than 3mm it doesn't need post heating.
Can this process be used for motor stator stack epoxy coating?
If your items can withstand being heated up to 200 degrees before coating, then yes. The whole subject is coated.
hello, what king of powder is used in this process?
For this setup we use Akzo Nobel, a powder coat for seavalves. Parts are pre-heated - dipped - cooled down.
Is there any size and weight limit for this method
It depends on many things, kind of conveyor system used, productivity, what kind of parts you are talking about etc.
what pressure is needed to lift the powder like this?
6 bar pressure
What amount of air requirement are we looking at for this kind of setup?
it depends on the item design and size of the item, as well as production speed. Some items require blow-off after coating, others do not.
Thanks for Uploading video. what is the surface preparation method? what is preheat temperature? does is required any post heating? how can u repair it if u observed low DFT ?
Thanks a lot in advance for your answer.
A surface preparation is necessary, requiring cleaning, surface treatment, shot blasting when talking heavy / thick parts. Preheat temperature according to the powder coats manufacturer, so between 200 - 300 deg. If parts thickness more than 3mm it doesn't need post heating.
@@bostek-kigoscandinaviabalt1305 Dip coating
@@bostek-kigoscandinaviabalt1305 hi, what is the paint specs? brand, grain etc thanks
cosmos😬
Please tell complete information
Why do you need to blow compressed air on the dipped part? Also does the part require any precoating before dipping?
Blow to remove a little powder, to avoid a too thick layer. Parts are pre-heated (heated up) before dipping.
Helps coat inside I guess
Can You tell me what size of poweder is being utilized in this video
I think you are asking how big items can be handled? in this case 500x500x600mm.
Sorry for late reply!