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D2022 L16 CF00 DX50

$18.40 ea.

Denitool sized positive carbide turning insert with a sharp cutting edge and maximum depth of cut (DOC) of 0.085” (2.2 mm). The D2022 L16 CF00 DX50 insert has a carbide substrate. It is PVD coated with our DX50 grade. It’s the best choice to cut in steel. It’s well suited to cut in stainless steel. It’s well suited to cut cast iron. It’s well suited to cut non-ferrous materials. It’s well suited to cut super alloys. Minimum order quantity: 10 pcs.

Out of stock

SKU: D2022 L16 CF00 DX50 Category: D2022 Tag: D2022

Description
Product Data

Description

DX50 Grade

For steel, difficult to machine stainless steel, gray and nodular cast iron at high cutting speed. High thermal stability. Excellent for dry machining.

Additional information

Weight	0.0022 lbs
Dimensions	2.7 × 1 × 0.4 in
SUBSTRATE	Carbide
Grade	DX50
COATING	PVD
CBMD	B11S
LBB	0.106” (2.70 mm)
AN	13.0°
RE	0.000” (0.00 mm)
REN	0.000” (0.00 mm)
LE	0.000” (0.00 mm)
L	0.000” (0.00 mm)
APMX	0.087” (2.20 mm)
D1	0.000” (0.00 mm)
HAND	left
IC	0.000” (0.00 mm)
EPSR	74.0°
IIC	D2022
GAN	5.0°
S (insert thickness)	0.185” (4.70 mm)
Capability	P1 – Low Carbon Steel (Rm < 500 MPa – Hardness 0.25%), P2 – Alloy Steel (Rm 500-700 MPa – Hardness 140-200 HB – C-Content > 0.25%), P3 – Tool Steel (Rm 900-1100 MPa – Hardness 170-275 HB – C-Content > 0.25%), P4 – Alloy Tool Steel (Rm 700-900 MPa), P5 – Alloy Cast Steel (Rm 800-1500 MPa), M1 – Stainless Steel (Rm < 800 MPa), M2 – Stainless Steel – austenitic – martensitic (Rm 500-1100 MPa), K1 – Grey Cast Iron (Rm < 250 MPa), K2 – Cast Iron Malleable (Rm 250-350 MPa), N1 – Copper Alloys (Rm 450-650 MPa), N3 – Aluminum Alloys (Si > 12.2%), N4 – Nylon – Plastics – Rubbers – Phenolics – Resins – Fibreglass, N5 – Carbon – Graphite Composites – CFRP, S1 – Iron-Based – Heat-Resistant Alloys (Rm 500-1200 MPa – Hardness 160-260 HB / 25-48 HRC), S2 – Cobalt-Based – Heat-Resistant Alloys (Rm 1000-1450 MPa – Hardness 250-450 HB / 25-48 HRC), S3 – Nickel-Based – Heat-Resistant Alloys (Rm 600-1700 MPa – Hardness 160-450 HB / < 48 HRC), S4 – Titanium and Titanium-based Alloys (Rm 900-1600 MPa – Hardness 300-400 HB / 33-48 HRC)