Overview
■YB6315
Adopts CVD that integrates nano dioxygen gradient transition layer technology and crystal nucleus pre-value technology, making it ideal for turning steel materials.
Features
■New base material
Adopting a new carbide matrix with high cobalt content, it has high strength, high toughness, and excellent wear resistance.
■New coating
Ultrafine particle MT coating achieves high toughness and wear resistance at the same time.
■Crystal nucleus pre-planting technology
Ultra-fine α-Al2O3 coating with crystal nucleation pre-planting technology improves the uniformity and consistency of alumina coating, especially suitable for high efficiency processing.
■Peroxide gradient transition layer technology
Peroxide gradient transition layer technology improves the bond strength between the coating layer and the base material, greatly increasing tool stability and safety.
■Gold coating
Gold TiN coating makes it easy to judge tool wear status and reduces cutting resistance and tool wear.
■Smooth surface cutting edge treatment
Adopting new surface treatment technology, the surface accuracy after processing is high and cutting stability is excellent.
■-ZF breaker
- Unique cutting edge design provides excellent sharpness and reduces vibration.
- Has excellent chip control performance, ensuring chip evacuation and improving workpiece surface quality.
・Excellent compatibility with new grades, greatly improving machining efficiency.
■-ZM breaker
・The structure of the cutting edge is optimized, improving strength and machining efficiency.
・Excellent chip control performance and good surface quality. Mainly used for interrupted machining of steel materials.
■-ZR breaker
・The excellent cutting edge design provides high strength and can reduce the temperature of the cutting surface to the maximum. It has good heat resistance and impact resistance, and achieves excellent performance even under severe processing conditions for heavy cutting.
・The unique breaker design on the rake face effectively curls chips, achieving a good balance between chip control and wear resistance.
- Adopts the latest CVD coating technology to maximize the performance advantages of new generation coatings.
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