C2000 METAL DOCTOR BLADE

Ceramic-Coated Doctor Blades
C2000 (20MC1 Carbon Steel)
  • C2000 (20MC1 Carbon Steel)
  • C2000 (20MC1 Carbon Steel)
  • C2000 (20MC1 Carbon Steel)
Request a Quote
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: 10-15μm
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 doctor blades perform well with corrosive and solvent-based inks, ensuring stability and durability in chemically reactive printing environments.
Their durability and edge stability make them suitable for high-hardness printing plates, preventing premature wear and maintaining consistent performance over long runs.
They are widely used for spot color, full coverage, and white ink printing, supporting applications that require precise ink metering and smooth transitions.
Designed for high-speed presses, they enhance production efficiency and print consistency, minimizing downtime caused by blade wear.
Commonly used in gravure and flexographic printing, they provide reliable ink control for detailed and high-volume print jobs.
These doctor blades are also used in the electronics, coating, and tobacco packaging industries, where maintaining print precision and durability is a priority.
Features
Their high-hardness structure (HV800) combined with a dual-layer ceramic coating enhances resistance to wear and corrosion, ensuring long-term performance.
The reinforced ceramic edge minimizes blade wear, helping to maintain consistent ink transfer and print stability during extended production runs.
Smooth and precise ink distribution reduces tonal shifts, streaks, and fine blade lines, ensuring sharp and uniform print quality.
Excellent performance in gradient printing, barcode and QR code printing, and fine text applications, where detailed ink control is essential.
The high wear resistance helps prevent damage to the edges of the printing plate, contributing to longer plate life and improved production efficiency.

These doctor blades are built for high-speed printing applications, offering enhanced wear resistance and durability. Manufactured with 20MC1 carbon steel as the base material, they feature a dual-layer ceramic coating with a thickness of 10-15μm. Compared to other ceramic-coated blades, this design improves overall performance by 40%, ensuring extended longevity and reliable ink transfer in presses operating at speeds of up to 400m/min. The ceramic composition and increased coating thickness reinforce the blade edge, minimizing surface wear and maintaining print consistency over long production runs. Their ability to handle gradients, fine details, and high-resolution prints, including barcodes and QR codes, makes them a preferred choice for precision printing applications.
Find the Best Doctor Blade for Your Printing Needs. Contact Us Now!
Email: 18255555333@163.com
Mobile: +86-18255555333

The ceramic coating enhances wear resistance, extending the blade's lifespan to over 100,000 meters. With added corrosion resistance, these blades help reduce color inconsistencies, ink drag, and streaking, ensuring sharp and precise prints even in demanding applications.

These blades are commonly used in gravure and flexographic printing, excelling in spot color, full coverage, and high-gloss printing. The ceramic layer helps compensate for the wear limitations of other blade types, maintaining consistent performance over long production runs.

For applications requiring precise ink metering, extended durability, and reduced maintenance, the C2000 ceramic-coated doctor blade is an ideal choice. The dual-layer ceramic coating improves performance in spot color printing, full coverage designs, fine line printing, QR code printing, and leather applications. This blade performs well with corrosive inks, high-viscosity formulations, and metallic particle-based inks, ensuring long-lasting use while maintaining print quality.