P800-11T308-L SY BTA-Deep Hole Drill Inserts Indexable (Outer/Peripheral Inserts) Internal Chip Removal

P800-11T308-L SY BTA-Deep Hole Drill Inserts Indexable (Outer/Peripheral Inserts) Internal Chip Removal  

· Corresponding Model: Sandvik No.: 800-11T308H-P-G 1025

· Chip Breaker: G-Type chip breaker (wide chip breaker for easy chip breaking materials)

· Machining Materials: Capable of machining any difficult-to-cut metal material, including nickel-based alloy steel, stainless steel, etc.

Key Information Breakdown:

· BTA Deep Hole Drilling: 

o BTA (Boring and Trepanning Association) deep hole drilling is a highly efficient deep hole machining method characterized by internal chip removal, where chips are discharged through the drill pipe. It is suitable for deep hole machining.

· Outer/Peripheral Inserts: 

o In BTA deep hole drilling, outer or peripheral inserts are installed on the outermost side of the drill head, responsible for cutting the hole diameter.

· G-Type Chip Breaker: 

o The chip breaker is a structure on the insert used to control chip flow. The G-type chip breaker is a wide chip breaker, which is conducive to the discharge of chips from easy chip breaking materials and reduces chip clogging.

· Wide Range of Machining Materials: 

o Although the G-type chip breaker is conventionally for easy chip breaking materials, this insert's description indicates it can also machine difficult-to-cut materials, demonstrating its excellent strength and wear resistance.

o Difficult-to-cut metal materials, including nickel-based alloy steel, stainless steel, etc. This indicates that the insert can exhibit excellent performance when machining these materials with high hardness and toughness.

Application Recommendations:

· When selecting deep hole drill inserts, selection should be based on specific machining material, hole diameter, hole depth, and other parameters.

· Even though it is a G type chip breaker, because of the excellent material of this cutting insert, it can machine difficult to cut materials. However, when machining hard to break chip materials, sufficient coolant is very important.