1.4mm Conservatory Aluminium Profiles For Balustrade / Glass
Railing
Wood Finish Aluminium Kitchen Profile Quality Light Glass Door
Profile
Product Description
Wood Finish Aluminium Kitchen Profile Quality Light Glass Door
Profile
Wood finished kitchen cabinet aluminum frame , glass door Profile
Specifiaction:
| Description | Wood finished kitchen cabinet aluminum frame , glass door profile |
| Material Thickness(t) | t=1.0 / 1.2 / 1.4 |
| Material | Aluminum Alloy 6063, 6061 |
| Annealing Treatment | T5,T6 |
| Color | Green, Grey, Black, White, (RAL series)etc. |
| Surface Treatment |
Mill finish, anodized, powder coated, electrophoresis,
sand balsting etc.and depend on customer’s demand. |
| Shape | Square, Round, Flat, Oval, and according to customer's drawing. |
| Length | Normal length=6m or in customer's order |
| Usage |
Building, Production Line, Decoration, Industrial, Transportation,
Door and window, etc. |
| Package | 1. Pearl cotton foam for each profile;
2. Wrap with shrink film exterior;
3. Packed according to customer request. |
| Advantages/Features | Providing colorful products with various mechanical
performances to adapt all kinds of architectural styles |
Anodic oxidation (cathodic oxidation), electrophoresis
Electrophoresis can be divided into free electrophoresis
(unsupported body) and zone electrophoresis (supported body). The
former includes the ms-leas micro-electrophoresis,
microelectrophoresis, isoelectric focusing electrophoresis,
isovelocity electrophoresis and density gradient electrophoresis.
The zone electrophoresis includes filter paper electrophoresis
(atmospheric pressure and pressure), thin layer electrophoresis
(thin film and thin plate), gel electrophoresis (AGAR, agarose,
starch gelatin, polyacrylamide gel) etc.
Electrophoresis is electrophoretic coating in the Yin and Yang,
applied to the voltage, the ions move to the cathode, take charge
of the coating and the cathode surface generated by the basic
function of formation of insoluble material, deposited on the
surface. It includes four processes:
1) electrolysis (decomposition)
At the cathode reaction initially for the electrolytic reaction,
generate hydrogen and hydroxyl ions OH, the high alkaline reaction
caused by the cathode surface forming boundary layer, when the
cation material with hydroxyl function is insoluble in water,
coating deposition, the equation is as follows: H2O - > OH + H
2) electrophoresis (swimming, migration)
The cationic resin and H + are moving towards the cathode under the
action of the electric field, while the anion is moving towards the
anode.
3) electrodeposition (precipitation)
On the surface of the coated workpiece, the cationic resin and the
cathodic surface alkaline effect, neutralize and precipitate the
non-sediment, and sink on the workpiece.
4) electroosmosis (dehydration)
Coating on the surface of a solid and workpiece coating for
translucency, with the majority of wool stoma, water is e from the
cathode film, under the effect of electric field, the coating
caused by dehydration, adsorbed on the surface of workpiece, and
the coating and finish the electrophoresis process.
