C1000 METAL DOCTOR BLADE

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Ceramic-Coated Doctor Blades

Blade Edge Shapes

Lamella Blade Edge
Bevel Blade Edge

Specifications

Width range: 10mm-60mm

Width tolerance: ±0.1mm

Thickness range: 0.152mm-0.3mm

Thickness tolerance: ±0.005mm

Hardness: 780-810HV

Tensile strength: 1850-2100Pa

Straightness: ≤0.5mm/3000mm

Coating thickness: 6-8μm

Dimensions

10mm×0.15mm×100m
20mm×0.15mm×100m
20mm×0.2mm×100m
30mm×0.15mm×100m
30mm×0.2mm×100m
35mm×0.15mm×100m
35mm×0.2mm×100m
40mm×0.15mm×100m
40mm×0.2mm×100m
40mm×0.3mm×100m
50mm×0.15mm×100m
50mm×0.2mm×100m
60mm×0.15mm×100m
60mm×0.2mm×100m

The listed specifications are standard sizes. Customized dimensions can be provided upon request to meet specific printing requirements.

Applications

These metal doctor blades perform well with corrosive and solvent-based inks, maintaining stability in chemically reactive printing environments.

Their strong wear resistance makes them suitable for printing plates with high hardness, ensuring consistent performance without excessive blade wear.

In varnish and specialty ink printing, these doctor blades maintain ink stability, ensuring reliable performance in high-gloss and spot color applications.

Widely used in full coverage, spot color, and corrugated printing, supporting print jobs that require precise ink metering and extended durability.

Features

The high-hardness structure (HV800) provides strong resistance to wear and corrosion, preventing color inconsistencies and unwanted streaks caused by ink impurities.

The ceramic coating enhances durability, ensuring a smooth and stable blade edge over extended use.

Consistent ink control supports precise color transitions, reducing tonal shifts and minimizing defects such as fine lines or blade marks.

This series of doctor blades are made from 2067 carbon steel and feature a specialized ceramic coating with a thickness of 6-8μm, enhancing wear resistance and extending operational lifespan. Capable of handling press speeds of up to 400m/min, they maintain color consistency by minimizing the impact of edge wear on ink transitions over long print runs.