Heavy-Duty Guillotine Shear Blades | Product Guide
We manufacture high-performance guillotine shear blades and metal plate cutting knives for metal fabrication shops, steel service centers and heavy industrial plants. Our blades deliver sharp, accurate and long-lasting cutting performance for all types of metal sheets and plates.
Based in China, we are a professional factory focusing on shear blade production. Using premium tool steel and precise vacuum heat treatment, our blades ensure stable machine operation, minimize downtime and help customers cut production costs effectively.
Product Advantages
Grade-specific raw materials – Multiple tool steel options to match different cutting materials and working conditions
Stable hardness & toughness – Resist chipping, cracking and deformation during heavy-duty cutting
High-precision CNC grinding – Guarantees clean, burr-free cuts and reduces material loss
Reversible multi-edge design – 2-edge and 4-edge available, extends blade life and lowers replacement frequency
Universal fit & custom service – Compatible with mainstream shear machines, supports full OEM and ODM customization
Machine Compatibility
Our standard replacement blades work with most hydraulic and mechanical guillotine shear brands worldwide:
LVD, Amada, Accurpress, Cincinnati, Komatsu, Yawei, Bystronic
Custom service available: We produce tailor-made blades according to your drawings, CAD files, special sizes, bolt hole positions and bevel angle requirements.
Steel Material Selection Guide
All blades undergo professional vacuum heat treatment with hardness ranging from HRC 50–64. Select the right steel grade based on your cutting materials.
1. 9CrSi
Hardness: HRC 58–60
Application: Thin cold-rolled steel, galvanized sheet, aluminum, copper, plastic and leather
Features: Cost-effective with good hardness and wear resistance for light cutting work
2. Cr12MoV / SKD11
Hardness: HRC 58–60
Application: Stainless steel, silicon steel, high-strength steel, Q235 steel, aluminum and copper plates
Features: Great wear resistance, anti-stick and anti-chip performance with long service life
Tip: Ideal for sticky metals including stainless steel, titanium, aluminum and copper
3. 6CrW2Si
Hardness: HRC 60–62
Application: Hot shearing work, light stainless steel and medium-strength steel
Features: Excellent high-temperature resistance, not easy to chip under heat cutting conditions
4. H13 (4Cr5MoSiV1)
Hardness: HRC 50–55
Application: Hot-sheared strip steel, thick steel plates, thick stainless steel and high-strength alloy steel
Features: Stable performance at high temperatures, resistant to softening and bending
5. D2
Hardness: HRC 58–62
Application: Q195, Q235, 45# steel, 40Cr steel, aluminum, copper and non-metal materials like plastic, rubber and fiberboard
Features: Outstanding wear resistance and strong anti-bending ability for general heavy cutting
6. DC53
Hardness: HRC 60–64 (the highest hardness among our blade grades)
Application: High-strength steel and heavy structural steel plates
Features: Combines high hardness and good toughness, effectively avoids cracking
7. LD (7Cr7Mo2V2Si)
Hardness: HRC 58–62
Application: High-strength stainless steel, thick plates and hard-to-cut metals, suitable for large CNC and hydraulic shears
Features: Fine steel grain, high strength, anti-chip and anti-wear
Industrial Applications
Stainless steel cutting: Ensures no edge deformation during heavy shearing
Mild steel & carbon steel cutting: Fits continuous mass production
Aluminum & non-ferrous metal cutting: Delivers clean, burr-free edges
Automotive & structural steel processing: Reliable for heavy-duty structural cutting work
Benefits of CNC Precision Grinding
Guarantees perfect straightness and flatness of blade edges
Reduces friction and wear on shear machine parts
Produces consistent, burr-free cutting results every time
Extends the service life of both blades and shear equipment
Blade Maintenance & Lifespan Tips
Check and adjust blade gap regularly – Prevents uneven wear and poor cutting quality
Regrind blades in time – Restores cutting sharpness and saves replacement cost
Avoid machine overload – Do not cut ultra-hard materials to prevent blade chipping and bending
Purchase & Usage Notes
Balance hardness and toughness: Over-hard blades chip easily, while over-soft blades turn dull quickly. Match the blade grade to your actual cutting load.
Professional heat treatment is critical: High-quality steel only achieves optimal performance with standard vacuum heat treatment.
Recommended grade for sticky metals: Choose Cr12MoV or SKD11 for cutting stainless steel, titanium, aluminum and copper to avoid sticking and chipping.
Direct factory supply – We offer stable quality, competitive prices, higher workshop productivity and lower equipment maintenance costs for global customers.
