For car lighting PVD coating solutions, the coating process had experienced a change from complicated process till the advanced technique.
HMDSO Coating Technologies on each steps:
1) Plasma Ionization Pre-treatment -- glow discharging, standard gas is Argon and N2 is for optional.
2) PECVD reaction -- HMDSO base coating to enhance the adhesion between substrate and Aluminum layer.
3) Aluminum thermal evaporation
4) PECVD reaction -- HMDSO top coating
3. Steps 1, 2 & 3 are regarded as essential pre-treatment before PVD coating, also is a guarantee of a high quality coatings.
4. 1) If lights are produced with high class moulds, and no need primer coating, lights can be put into the Vacuum Metallizer directly,
the coating processes: HMDSO---> Aluminum Metallizing---> HMDSO
2) If the lights surface are not smooth, the primer coating is required, so following the step 4 and 5,
the coating process: Aluminum Metallizing--->HMDSO
A: 2-door structure machine for a fast loading/unloading, high yield;
B: Robust structure design;
C: High vacuum pumping speed configurations;
D: Simens PLC + SiemensTouch Screen Operation System, fully automatically /Manually control;
E: Easy access to the working environment for maintenance work;
F: The unique rotary rack and evaporation system to guarantee a high uniformity.
----- The height from substrate to evaporation source can be adjusted flexibly ;
----- Evaporation sources distance can be adjusted;
------Bombardment device for strong adhesion (your machine might not require this unit)
G: HMDSO module to do TOP protective layer. The PVD metallization and HMDSO (PECVD process ) completed in PVD machine chamber, avoid the contamination, which reduce the production cost and improve high yield.
ONE TOUCH OPERATION, HIGH PRODUCTIVITY, HIGH YIELD, ENERGY SAVING.
Please contact us for more specifications, Royal Technology is honored to provide you total coating solutions.
Car lighting Aluminum Metallization samples (HMDSO process)
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