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PrimeBlade® 900 Nano II

PrimeBlade®

900 Nano II

Special Treated Stainless Steel

PrimeBlade 900 Nano II has been developed, together with partners in Nano technology, to treat and produce different steel qualities to optimizing the properties and performance.

The microstructure of the PrimeBlade 900 steel consists of finely distributed, small carbides, giving it an exceptional wear resistance, reduced friction and higher printing performance.

PrimeBlade 900 Nano II is produced by using the latest Nano technology, with the idea of not using the ceramic & nickel coatings that are used today; resulting in none of the side effects this can have on environment, brittleness and other issues.

It´s a revolutionary patented metallurgic-treated Stainless steel blade which will extend blade life to hitherto unseen levels in non-ceramic coated blades in both flexo and gravure applications. The blade will outlast any non-ceramic blade on the market, without any of the brittleness associated with long life blades, with no extra consequent anilox roll/gravure cylinder wear and at a competitive price.

Today many of the flexible printers are looking for solutions that will improve the financial bottom line by; increasing productivity, printing quality and reducing the down due to lack of blade longevity. PrimeBlade Nano II will be a part of that solution. Additional products will follow shortly, developed especially for white inks wear problems and for printers that want to increase the life time even further.

PrimeBlade® Type 900 Nano II advantages

High quality genuine Stainless Swedish steel
Long life wear resistanc
Perfect towards abrasive inks, such as white inks etc.
Less chamber adjustments
Because of the very small carbides, it breaks down in much smaller particles
Less friction towards the cylinder, reduced with 40-60%
High print quality, gives a cleaner wipe
No ceramic particles involved
Less particles sticking to the blade
Thickness: 0,10 mm – 0,38 mm

Straightness:1,0 mm/3000 mm

0,15 mm thickness steel:

Hardness: 850 HV (Top surface only)