Standohyd training tony

17
1 Technical Training - Setting new standards Water System Basecoat Sata W S B Nozzle Set •Fluid tip 1.24mm •Specific Fluid Needle •New Air Cap •All are marked W S B Sata WSB for Standohyd Standohyd - Sata Spray gun

description

 

Transcript of Standohyd training tony

Page 1: Standohyd training   tony

1Technical Training - Setting new standards

Water System Basecoat

Sata W S B Nozzle Set

•Fluid tip 1.24mm

•Specific Fluid Needle

•New Air Cap

•All are marked W S B

Sata WSB for Standohyd

Standohyd - Sata Spray gun

Page 2: Standohyd training   tony

2Technical Training - Setting new standards

GtiGti Trans-Tech Technology

110 “Trans-Tech” Air Cap110 “Trans-Tech” Air Cap65% paint transfer65% paint transfer1.2, 1.3 or 1.4 mm fluid tips1.2, 1.3 or 1.4 mm fluid tips

GTi W gravity gun featuresGTi W gravity gun featuresthe No 115 HVLP Air Capthe No 115 HVLP Air Cap1.3 mm fluid tips1.3 mm fluid tips

Standohyd - Devilbiss Spray guns

GtiGti -W HVLP Technology

Page 3: Standohyd training   tony

3Technical Training - Setting new standards

The GTi gravity gun, 110 “Trans-Tech” Air

Cap.

This cap is for “Top Coats” i.e.

• Clearcoats, clears or lacquers

• Direct glosses, solid colour topcoats, Standohyd

• Wet-on-Wet or non sand primers

The light blue GTi W gravity, No 115 HVLP Air

Cap.

This cap is for all “Basecoats” Waterborne or Solvent

Where the pattern and distribution is important for even metallic lay-down to ensure mottle free finish.

Standohyd - Devilbiss Spray guns

Page 4: Standohyd training   tony

4Technical Training - Setting new standards

DeVilbissDeVilbiss GTi GTi W W Conclusion•Increase of spray pattern size.

•Softer straighter edge to spray pattern.

•Slightly wetter application in compared to GTi / 110 OR SATA WSB

•Good control of application.

•Less spray passes .

•Even distribution of metallic particles

•More feeling of normal application with Standohyd.

Standohyd - Spray guns

Page 5: Standohyd training   tony

5Technical Training - Setting new standards

Air movement systems must be used to maximise flash of times

Simple hand held or stand mounted systems are available and simply plug into existing air lines

Reducing flash off times

Page 6: Standohyd training   tony

6Technical Training - Setting new standards

Control valve

Re-circulted air inlet

Air outlet

Air supply inlet

Air Drying Unit

Page 7: Standohyd training   tony

7Technical Training - Setting new standards

Setting up blowers for good results1. Spray the Standohyd Basecoat as normal

2. Position the blower stand so that the blowers are approximately 80cm-100cm away from the panel.

3. Turn the adjustable control valve to the on position. Normally this is fully open with a pressure reading of approx 4-6 BAR. Note:more blowers will affect the pressure needed.

4. The air from the blower should be directed at an angle of 30-45 to the panel

Page 8: Standohyd training   tony

8Technical Training - Setting new standards

Setting up blowers for good results

(Cont’d)1. As the basecoat starts to dry the blowers can be positioned closer to the panel. This normally takes only a few minutes

2. If necessary the distance can be reduced again as the majority of the water has evaporated

3. After 12- 15 minutes the surface will be dry enough to permit tak cloth wiping if required.

4. The blowers can also be used hand held for small areas or for easy use and maximum control

Page 9: Standohyd training   tony

9Technical Training - Setting new standards

Products of our...

...Standohyd Basecoat package:

Page 10: Standohyd training   tony

10Technical Training - Setting new standards

Standohyd Basecoat package:

Degreaser Cleaner Basecoat VE–Water Color blend

Page 11: Standohyd training   tony

11Technical Training - Setting new standards

Substrates: Metal substrates

Apply by means of asoaked cloth or spray canand remove with a clean,dry cloth

For better surface cleaning use ultra fine pad and dry with a lintfree clothNote:

•Do not allow Standohyd Degreaser TB 50 to dry on surfaces.•Not suitable for cleaning of sandblasted substrates.

STANDOXStandohydDegreaser TB 50

Page 12: Standohyd training   tony

12Technical Training - Setting new standards

Use After Sandingand before applyingPrimer, Filler or Topcoats

Apply by means of asoaked cloth or spray canand remove with a clean,dry cloth

STANDOXStandohyd Cleaner

• Contains less than 10 % of organic solventNote:Do not allow Standohyd Cleaner to dry on surfaces.

Page 13: Standohyd training   tony

13Technical Training - Setting new standards

Standohyd Basecoat TDS

Standohyd Demineralized Water 22-26s / DIN 4 @ 20°C

1.2-1.3 mm or WSB3.5-4bar1.5 Coats = 15-20 µm

Final flash off until matt

Oven drying 5-10 min/60C°5min for cooling

Overcoat STANDOX 2K Clear or Standohyd 2K Clear.

STANDOXStandohyd Basecoat

Page 14: Standohyd training   tony

14Technical Training - Setting new standards

Light mist coat (to avoid silicone craters) Covering coat (closed and controlled) Additional effect coat

(only if needed)

Note: All applied without a flash off period

Standohyd Basecoat application

Page 15: Standohyd training   tony

15Technical Training - Setting new standards

Repair / Blending technique

- Thin basecoat to 18-22 s/DIN 4 mm/20C°- regulate pressure 1.5-2 barOverspray the repair area and overlap each spray pass over a larger area.

After each spray pass blow dry with an air jet.

STANDOXStandohyd Basecoat

Page 16: Standohyd training   tony

16Technical Training - Setting new standards

Waterborne Blending additive

Highlights:

-For blending in Standohyd Basecoat difficult colors-Ready for use-Easy handling

STANDOXColor Blend

Page 17: Standohyd training   tony

17Technical Training - Setting new standards

Mix 1:1 with Standohyd BasecoatOr use directly from bottle

1.0 -1.3 mm, including SataMinijet SR & Devilbiss Sri SpraygunsBlend in the overlap areaWith reduced pressure; 0.8 to 1.5 bar

STANDOXColor Blend

Overcoat with STANDOX / Standohyd Basecoat & Clear

Final flash off until matt