Yb9320 Apkt11t308-Apm Original Zcc. CT Tungsten Carbide Insert Plates for Processing Steel

• Customization: Available
• Application: Metal
• Process Usage: Metal-Cutting CNC Machine Tools, CNC Non-Conventional Machine Tools, Metal-Forming CNC Machine Tools
• Model NO.: YB9320 APKT11T308-APM
• Movement Method: Contour Control
• Control Method: Closed-Loop Control
• Numerical Control: CNC/MNC
• Processing Precision: 0.01~0.02(mm)
• Performance Classification: High-End CNC Machine Tools
• Certification: GS, RoHS, ISO 9001
• Condition: New
• Usage: Processing Steel
• Surface Coating: No Coating
• Item Number: Yb9320 Apkt11t308-Apm
• Package: 10PCS Each Inner Box
• Advantage: Good Wear Resistance
• Transport Package: Inner Box+Carton
• Specification: YB9320 APKT11T308-APM
• Trademark: ZZUP
• Origin: Zhuzhou, Hunan, China
• HS Code: 820900100
• Production Capacity: 10000000PCS/Month

Product Description

YB9320 APKT11T308-APM original zcc.ct tungsten carbide insert plates for processing steel

Specifications

CNC inserts are the general name for indexable turning inserts and are the mainstream products in modern metal cutting applications. Mainly used in metal turning, milling, cutting and grooving, thread turning and other fields.
CNC inserts are mainly used in metal turning, milling, cutting and grooving, thread turning and other fields. According to the material can be divided into coated blades, cermet blades, non-metallic ceramic blades, carbide blades, super hard blades and so on. It is characterized by high efficiency and high wear resistance, which is more than 4 times more efficient than traditional welding inserts and alloy inserts. With the continuous advancement of coating technology, breakthroughs in key technologies of wear resistance and high temperature resistance will further improve efficiency and reduce processing costs.

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Grades choosing

 

Grade	Applications
YBC151	High wear resistance insert with coating,such as MT-TICN,thick AL2O3 and TIN;Suitable for steel finishing.
YBC251	Blade security good toughness matrix in MT - TICN, thick AL2O3, excellent combination of TIN coating;Is suitable for semi-finishing steel.
YBC351	In the high strength plastic substrate resistance and MT - TICN, thick AL2O3, TIN coating combination;Has good toughness and plasticity deformation, suitable for steel The rough machining.
YBD151	High wear resistance matrix and MT - TI (CN), thick excellent combination, AL2O3, and TIN coating is suitable for finishing and semi-finishing of cast iron materials.
YBM151	Special organization structure matrix combined with thin TICN, AL2O3, TIN coating, has a good impact resistance and resistance to plastic deformation ability, at the same time Good shock resistance, suitable for the finishing, semi-finishing and roughing of stainless steel.
YBM251	TICN substrate from good toughness and strength, thin, AL2O3, and TIN coating is suitable for semi-finishing and roughing of stainless steel.
YBM253	Stainless steel efficient processing CVD new brands, which are widely used in big cut deep into to efficient processing field.To adopt advanced technology of ultrafine grain nanostructured coating,Gradient alloy substrate with high toughness,excellent performance, in the big cutting depth, feed, high speed cutting process has excellent cutting performance.
YBC152	Thick thick TICN and AL2O3 coating, the impact toughness increase at the same time, the wear resistance has increased significantly, is processed to semi-finishing steel high-speed cutting The ideal choice of the cutting.Cutting speed can be increased by more than 25%, under the same cutting speed and tool life can be improved by more than 30%.
YBC252	Adopts thick TICN and AL2O3 coating thick, strong ability to resist plastic deformation and the blade intensity, is closed from finishing to rough machining of steel Choose brand.Under the high removal rate cutting parameters or harsh working conditions has stable performance, and can achieve more green dry cutting.cut Cutting speed can be increased by more than 25%, under the same cutting speed and tool life can be improved by more than 30%.

 

 

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