Korloy CCMT09T304-HMP PC9030 is a PVD-coated carbide turning insert designed for steel and stainless steel. With a sharp 0.4 mm radius, robust HMP chip breaker, and excellent wear resistance, it's built for finishing and roughing tasks—perfect for consistent, low-downtime machining.
Maximize productivity with Korloy's CCMT09T304-HMP PC9030 carbide insert, a top choice for machinists working with steel and stainless steel. Featuring a sharp rhombic CCMT geometry (80° included angle, 9.7 mm cutting edge length, 3.97 mm thickness, 0.4 mm corner radius) and a precision-engineered HMP chip breaker, this insert delivers smooth chip control and superior finish.
The PVD-coated grade PC9030 provides outstanding hardness, wear resistance, and thermal stability—ideal for both finishing and roughing operations. Its versatility on steel and stainless steel makes it an economical and reliable choice for daily turning tasks.
Choose the Korloy CCMT09T304-HMP PC9030 for your demanding machining needs and benefit from:
Long tool life with less frequent changes
Excellent surface finish and dimensional consistency
High stability in interrupted cuts
Broad application scope—from general engineering to high-spec industries
Available now at CNC Tools Depot—India’s largest carbide insert marketplace. DM, WhatsApp, or call us to check stock, get pricing, or place bulk orders.
“Run longer. Finish sharper. Cut costs per part with the Korloy CCMT09T304-HMP PC9030.”
Less downtime—longer insert life means fewer stops
Superior finishes—consistent edge quality every part
High durability—stands up to interrupted and heavy cuts
Trusted in automotive, aerospace, die & mold, and general engineering shops across India.
It features an 80° rhombic shape (CCMT), 9.7 mm cutting edge, 3.97 mm thickness, and a 0.4 mm corner radius with HMP chip breaker.
The insert uses the PC9030 PVD-coated carbide grade, offering excellent hardness and wear resistance.
It's optimized for steel and stainless steel, handling both finishing and roughing operations with superior performance.
Users benefit from longer tool life, reduced downtime, high surface quality, and dependable chip control—making it a cost-effective, high-performance choice.
Ideal for sectors like automotive, aerospace, die & mold, and general engineering, where precision, consistency, and durability are critical.