Slitting knives are established under the ISO9001 standard system; they are made by combining TiC/TiN ceramic particles with nickel/molybdenum metal binders and are sintered at 1450°C to form a dense microstructure. They are further coated with PVD to reduce the friction coefficient and enhance the edge's resistance to chipping. Precision tool tip design to meet continuous turning machining. They come in material grades such as SC10-SC50, meeting the requirements for processing various materials and precision parts.
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Hardness: 91-94 HRA, with high strength and wear resistance, the lifespan of a single blade is extended.
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High-temperature resistance: 1400°C, suitable for high-speed cutting (Vc = 300-500m/min), increasing processing efficiency by 40%.
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Chemical stability: Resistant to oxidation, diffusion wear, and no built-up edge when machining stainless steel.
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Edge sharpness: Achieves mirror turning (Ra ≤ 0.4μm), eliminating the need for polishing and reducing costs by 30%.
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Low friction: Reduces cutting heat, protects the material properties of the workpiece, and prevents thermal deformation of parts.
• Precision Parts: Bearing rings, hydraulic valve cores, medical devices.
• Processing Materials: Stainless steel (304/316), high-temperature alloys, cast iron, etc.
• Batch Production: Automotive camshafts, electronic connectors (life stability ±5%).
Frequently Asked Questions
Q: What is the maximum cutting speed limit?
A: For dry cutting, it is ≤500m/min. For wet cutting, it can be increased to 800m/min.
Q: What support services are offered for testing?
A: Free samples, detailed sample parameters, and complete after-sales service are provided.
Q: What are the primary material grades available?
A: The blades are available in material grades ranging from SC10 to SC50 to meet various precision part requirements.
Q: Can these blades achieve a mirror finish?
A: Yes, the edge sharpness allows for mirror turning (Ra ≤ 0.4μm), which can eliminate the need for additional polishing.
Q: How does the high-temperature resistance benefit processing?
A: With resistance up to 1400°C, the blades are optimized for high-speed cutting, which can increase overall processing efficiency by up to 40%.
Q: Are the blades stable when machining stainless steel?
A: Yes, they offer excellent chemical stability, resisting oxidation and built-up edge formation during stainless steel machining.
Shen Gong Carbide
