YG-1 34584TF E5243 Center Cut Imperial Regular Length Single End Mill, 3/8 in Dia Cutter, 7/8 in Length of Cut, 3 Flutes, 3/8 in Dia Shank, 2-1/2 in OAL, Tylon Futura Coated
                                YG1 34584TF
                                                            
                        
                                    
                                        $50.42
                                    
                                    
                                        / EA
                                    
                        
                            
                                Out of Stock
                            
                    - Centercutting: No Center Cutting
 - Mill Diameter: 3/8 in
 - Number of Flutes: 3
 - Length of Cut: 7/8 in
 - Material: Carbide
 - Finish/Coating: TiAlN-Futura Coated
 - Shank Diameter: 3/8 in
 - Shank Diameter - Decimal: 0.375 in
 - Shank Diameter - Fractional: 3/8 in
 - Shank Diameter - Metric: 9.525 mm
 - Single or Double End: Single End
 - Overall Length: 2-1/2 in
 - Helix Angle: 45 deg
 - Diameter: 3/8 in
 - Diameter - Fractional: 3/8 in
 - Flute Type: Finisher
 - Length Type: Regular
 - Overall Length - Fractional: 1/2 in
 - Series: E5243
 - Diameter - Decimal: 0.375 in
 - Diameter - Metric: 9.525 mm
 
Features and Benefits:
Designed to machine stainless steel, inconel, titanium and other hard to machine materials.
It's 3 flute design gives high stability and allows good chip removal in plunging & slotting operations.
The normal rake angle and 45 degree medium helix allows an extremely wide range of application.
YG:TYLON super TiAlN coating are recommended for maximum performance.
                    Designed to machine stainless steel, inconel, titanium and other hard to machine materials.
It's 3 flute design gives high stability and allows good chip removal in plunging & slotting operations.
The normal rake angle and 45 degree medium helix allows an extremely wide range of application.
YG:TYLON super TiAlN coating are recommended for maximum performance.