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Premium Guillotine Shear Blades China Factory and Trusted Suppliers

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Premium Guillotine Shear Blades China Factory and Trusted Suppliers

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Our premium Guillotine Shear Blades are engineered for high-performance metal processing, delivering exceptional precision and durability across diverse industrial applications. Designed to meet the rigorous demands of aviation, shipbuilding, automobile manufacturing, and metallurgy, these blades ensure clean, burr-free cuts on materials ranging from carbon steel and stainless steel to copper and aluminum plates.

Utilizing advanced metallurgy and precision heat treatment, our blades are crafted from high-grade tool steels like H13, Cr12MoV, and 9CrSi to provide superior wear resistance and thermal stability. Whether you require hydraulic swing blades for medium thickness or hydraulic brake blades for high-precision thick plate cutting, our solutions are optimized to reduce plate distortion and maximize operational efficiency.

Detailed Parameters

Common MaterialsT10, 9CrSi, 6CrW2Si, H13, LD, Cr12MoV Steel Hardness RangeHRC 48° - 74° (Adjustable via heat treatment)
Standard Dimensions1025×125×32mm, 1300×80×20mm (Typical) Custom LengthsSeamless blades from 2 meters to 6 meters
Cutting MaterialsSteel, Copper, Aluminum, and Non-metallic plates Structure TypesHydraulic Swing Blade & Hydraulic Brake Blade
9CrSi ApplicationOrdinary carbon steel plates (e.g., A3 plates) H13/LD/Cr12MoV UseHigh-strength stainless steel and alloy steel
Precision FocusVerticality, Flatness, and Minimal Plate Distortion EnhancementsHard alloy inlays or brazed high-speed steel

Key Advantages

Extreme Wear Resistance

High-carbon and high-chromium alloys ensure the blades withstand long-term high-frequency shearing without rapid edge degradation.

Extended Service Life

Optimized heat treatment processes and the ability to be re-sharpened significantly reduce the total cost of ownership.

High Precision Cutting

Strict adherence to flatness and verticality standards ensures perfect edges for subsequent welding or assembly.

Thermal Stability

Using H13 hot work die steel ensures the blade maintains its hardness and shape even under high-temperature operations.

Material Versatility

Tailored material grades available for everything from soft aluminum to high-strength alloy steels.

Customizable Specs

Full support for custom lengths and specific hardness requirements to fit your unique machine parameters.

Product Gallery

Management Platforms

Material Selection

Expert guidance on choosing the right steel grade based on your cutting material to maximize tool life.

Gap Calibration

Precise blade gap adjustment based on plate thickness to ensure clean cuts and reduce wear.

Safety Compliance

Strict operational standards and protective equipment protocols to ensure a safe working environment.

Lubrication Cycle

Systematic shift-based lubrication schedules to maintain bearing and blade integrity.

Inventory Control

Efficient management of spare blades to ensure zero downtime during maintenance cycles.

Refurbishment Plan

Scheduled re-sharpening programs to extend the utilization of every blade before replacement.

Investment Return Comparison

Performance MetricStandard Carbon BladesOur Premium Alloy Blades
Edge RetentionModerateExceptional (HRC 48-74)
Maintenance FrequencyHigh (Frequent Sharpening)Low (Longer intervals)
Cutting PrecisionStandardHigh (Minimal Distortion)
Material RangeCarbon Steel onlyCarbon, Alloy, Stainless Steel
Overall ROIShort-term low costLong-term high efficiency

Frequently Asked Questions

Q: Which blade material is best for cutting stainless steel?

For stainless steel and other high-strength metals, we recommend H13 hot work die steel, LD special steel, or Cr12MoV high carbon chromium steel due to their superior wear and temperature resistance.

Q: What is the difference between a swing blade and a brake blade?

Swing blades use an arc-shaped movement suitable for medium and small thickness plates, while brake blades move straight up and down, providing higher accuracy for thick plates.

Q: Can your Guillotine Shear Blades be customized in length?

Yes, we support the customization of seamless blades ranging from 2 meters up to 6 meters to fit various industrial machine specifications.

Q: How should I maintain my shear blades to maximize lifespan?

Regularly clean debris, avoid corrosive substances, add lubricating oil every shift, and ensure the blade gap is correctly adjusted for the material thickness.

Q: Is it possible to reuse a worn blade?

Yes, our blades are designed for refurbished use. After the cutting edge wears down, it can be professionally re-sharpened to restore performance and improve utilization.

Q: What hardness level is typical for cutting ordinary carbon steel?

For ordinary carbon steel plates (such as A3), 9CrSi steel with a hardness of HRC 57-59 is typically the most suitable and cost-effective choice.

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