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Turning inserts and grades for titanium and HRSA
Challenging machining places high demands on insert grades for turning heat resistant super alloys (HRSAs) and titanium. Find the right solution for your HRSA or titanium turning operation here.
GC1205 and GC1210
These PVD-coated carbide grades are developed for machining aged nickel-based HRSA materials and cover a large application area within last stage machining (LSM) and intermediate stage machining (ISM). The grades feature the latest substrate and coating technologies, offering excellent flank and adhesive wear resistance, increasing tool life and productivity gains.
What’s new?
GC1205 and GC1210
GC1205 and GC1210 are the most recently developed grades for machining aged nickel-based HRSA materials. With the latest technology of substrate and coatings, these grades have the ability to withstand wear, leading to high productivity gains for your aero-engine components.
Features and benefits
- A hard, very fine-grained substrate offers excellent flank and notch wear resistance
- Superior edge-line security contributes to a more consistent tool life
- Optimized cutting-edge integrity reduces flaking
- The combination of the hard substrate and PVD coatings allows for a significant increase in cutting speed (GC1205) and tool life (GC1210)
S205
S205 is a new chemical vapour deposition (CVD) grade developed for last stage machining applications in aerospace engine components within the area of HRSA turning.
S205 offers increased productivity through higher cutting speeds in semi-finishing and finishing applications without compromising on tolerances and surface conformity.
Benefits of S205 grade:
- 30-50% higher cutting speeds than competition without compromising on tool life
- Higher cutting speed translates to improved productivity
- Excellent resistance to flank and adhesive wear resulting in longer tool life
Find your grade
Our grade assortment for titanium and HRSAs includes CVD- and PVD-coated carbide grades, ceramic and cubic boric nitride (CBN) grades for various machining conditions. Use the information below to find the right grade for your production.
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CC6160
SiAlON based ceramic, designed to optimize performance in nickel base materials materials under relatively stable conditions and offers high security and predictable wear, due to high notch resistance.
GC1205
PVD-coated carbide grade with good adhesion and flank wear resistance. The combination of hard substrate and coating allows significant increases in cutting speed.
CC6060
SiAlON-based ceramic for optimized performance in pre-machined materials under stable conditions.
S205
CVD-coated grade for high speed finishing in the cutting speed range between grade GC1205 and CBN grades.
CC675
Whisker-reinforced alumina-based ceramic with excellent bulk toughness designed for turning and grooving.
CC6165
SiAlON-based ceramic, optimized for machining difficult surfaces in heat resistant super alloys. Offers excellent toughness and security in toughness-demanding operations.
GC1210
PVD-coated carbide grade with good crater wear resistance. Complements grade GC1205 when more toughness is required.
H13A (for titanium)
Uncoated carbide grade that combines good abrasive wear resistance and toughness for medium to rough turning of titanium alloys.
Complementary grades
Highlights
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Sandvik Coromant UK
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