Starcoat Light

  • antistatic sleeve
    antistatic sleeve
  • hardness 75 ShD
    hardness 75 ShD
  • HD print level
    HD print level
  • high longevity
    high longevity
  • humidity resistant
    humidity resistant
  • mechanical resistance
    mechanical resistance
  • Protection ring version
    Protection ring version

Antistatic plate sleeve for use with cushioning double-sided adhesive tapes. The outer surface of Starcoat is coated in a special antistatic polyurethane with dissipation of the static charge obtained through the use of carbon fibre, and not by surface painting, ensuring resistivity values below 1 [M].

Two unique sleeves offering many advantages:

  • High structural rigidity and long life thanks to its special construction
  • Created specifically for high definition and multiple image printing
  • Excellent resistance to moisture and solvents
  • Absolute dimensional stability and superlative mechanical strength

Fibreglass base sleeve covered with layers of ultralight hydrophobic polyurethane with thickness that varies according to the final diameter. Outer coating in conductive Everstat PU foam.

Colour
Black
Max Diameter
700 [mm] // 27.559"
Min/Max Length - Tolerance UNI:ISO 2768T1m
350 - 2.850 [mm] // 13.78" - 112.205"
Thickness
1,9 - 70 [mm] // 0.075" - 2.756"
Surface hardness - Tolerance +/- 5 Shore D
75 Shore D
Electrical resistance
<1 MOhm
Compressed air for sleeve assembly
6 - 10 [bar] // 87 - 145 PSI Minimum capacity: 700 [l//min] with air input having a free passage with D => 8[mm]
Operating temperature
18° - 40 °C // 64,4 - 104 °F
Register notch
Protection ring in polyurethane with integrated notch. Milled notch up to a thickness of 7 [mm]
Standard reference guidelines
1 longitudinal corresponding to the register notch – 1 circumferential in centre
Working tolerance
External finishing with precision grinding (Ra=0.8) with T.I.R. < 0.02 mm] when measured on a mandrel with T.I.R. <= 0.005 [mm]
Cleaning and Storage
Use ethanol with an additional max 20% of ethyl acetate; store vertically