PrimeBlade™ 600 (Carbon Steel)
PrimeBlade™ 600 serie is the high quality type carbon steel, compared to other carbon steel blades, and a further development of the 300 serie. The doctor blade steel has a highly refined microstructure compared to other carbon doctor blades, and a modified steel grade and heat treatment. The PrimeBlade™ 600 doctor blade has twice as many carbides/µm² compared to the already improved PrimeBlade™ 300. So it wears down into much finer particles and cause less print issues when used.
PrimeBlade ™ Type 600 advantages
· Increased print quality and lifetime
· Highly improved microstructure releases smaller particles into inking system
· Causes less risk of metal hair formation and burr
· Hardness is in same range as PrimeBlade™ Type 300 to reduce anilox and gravure cylinder wear
· Better wear resistance
Thickness: 0,076 mm - 0,30 mm (0,003" - 0,012")
Straightness: 1,4 mm/3000 mm (0,055"/118")
PrimeBlade™ type 600
0.15mm thickness steel
Tensile strength: 2030 N/mm²
Elongation: 5%
Hardness: 595 HV
C Si Cr Mn
1.00% 0.25% 1.40% 0,30%
PrimeBlade™ 600 serie is the high quality type carbon steel, compared to other carbon steel blades, and a further development of the 300 serie. The doctor blade steel has a highly refined microstructure compared to other carbon doctor blades, and a modified steel grade and heat treatment. The PrimeBlade™ 600 doctor blade has twice as many carbides/µm² compared to the already improved PrimeBlade™ 300. So it wears down into much finer particles and cause less print issues when used.
PrimeBlade ™ Type 600 advantages
· Increased print quality and lifetime
· Highly improved microstructure releases smaller particles into inking system
· Causes less risk of metal hair formation and burr
· Hardness is in same range as PrimeBlade™ Type 300 to reduce anilox and gravure cylinder wear
· Better wear resistance
Thickness: 0,076 mm - 0,30 mm (0,003" - 0,012")
Straightness: 1,4 mm/3000 mm (0,055"/118")
PrimeBlade™ type 600
0.15mm thickness steel
Tensile strength: 2030 N/mm²
Elongation: 5%
Hardness: 595 HV
C Si Cr Mn
1.00% 0.25% 1.40% 0,30%