PICA GEL SIGNALMARKER CRAYON MARKER WHITE
Price
R 271.52
Ex VAT: R 236.10
- Item No: PICA8080-SB
- Weight: 0.04kg
- Dimensions: 70.00mm x 210.00mm x 210.00mm
- SKU: PICA8080-SB
- UPC: 4260056155222
Pica - White Gel Signalmarker Crayon Marker White
Hangable Pack: Qty 10
Pica-Gel Signalmarker
The perfect substitute for tube markers
- Quick, Effortless, Economic
- Very easy and effortless handling: No sweaty tube pressing
- Time saving: Marking works considerably faster than using a tube marker
- Most economic: 1 Pica-Gel substitutes up to 4 tube markers of 50 ml each
The innovative “Gel-lead” makes the difference:
- Marks both on glossy and rough materials, no matter if bright or dark, rusty or oily, hot or freezing cold
- Most permanent, after few minutes
- High contrast and opaque markings – even on dark surface
- Weather & light resistant – ideal for outdoor use
- Mutable line width from 2 - 8 mm possible
- With useful quiver cap for perfect one handed handling
- High quality, smoothly running twist mechanism
- Chloride-free for marking on stainless steel
- Temperature resistant markings up to approx. 1000°C
Ideal Application
Suitable Application
Acceptable Application
Note: Although some materials are suitable & acceptable we
highly recommend using the markers for their Ideal application
Features:
- Quick, Effortless, Economic
- Very easy and effortless handling: No sweaty tube pressing
- Time saving: Marking works considerably faster than using a tube marker
- Most economic: 1 Pica-Gel substitutes up to 4 tube markers of 50 ml each
- Marks both on glossy and rough materials, no matter if bright or dark, rusty or oily, hot or freezing cold
- Most permanent, after few minutes
- High contrast and opaque markings – even on dark surface
- Weather & light resistant – ideal for outdoor use
- Mutable line width from 2 - 8 mm possible
- With useful quiver cap for perfect one handed handling
- High quality, smoothly running twist mechanism
- Chloride-free for marking on stainless steel
- Temperature resistant markings up to approx. 1000°C
