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Copper Alloy Aluminum Inserts , Tungsten Carbide Inserts DCGT11T308AL

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Contact name:Bruce Xie

Zhuzhou MMM New Material Co., Ltd.

Copper Alloy Aluminum Inserts , Tungsten Carbide Inserts DCGT11T308AL

Country/Region	china
City & Province	zhuzhou hunan

Product Details

Aluminum Turning Inserts for Copper Alloy Aluminum DCGT11T308AL

Application:

ISO N material, the first choice for non-ferrous metal processing such as aluminum alloy.

Feature Advantage:

Chipbreaker AL:
- Class G precision, precision grinding of five-axis grinding machines.
- The large rake angle and the back corner make the blade edge sharper.
- Ensure effective chip breaking and make the cutting more brisk.
- Surface finish to effectively prevent built-up edge, high quality machined surface and long tool life.
Grade MN10:

Grade

Coating

Performance

Equivalent Grade

MN10

Uncoating

Ultrafine grained carbide, uncoated grade.
Excellent wear resistance, high strength and resistance to thermal deformation.
Suitable for processing materials such as non-ferrous metals and superalloys.
Better versatility and economy.

H10
HTi10
H01

Types:
- ISO standard turning inserts are available in a variety of conventional types
- Different insert arcs of various specifications (R0.2, R0.4, R0.8, R1.2, etc.)

Serial	Type	MN10
C	CCGX09T3 * -AL	★
C	CCGX1204 * -AL	★
D	DCGX11T3 * -AL	★
S	SCGX09T * -AL	★
S	SCGX1204 * -AL	★
T	TCGX16T3 * -AL	★
T	TCGX2204 * -AL	★
V	VBGX1604 * -AL	★
V	VCGX1604 * -AL	★

Recommended Cutting Parameters:

The following cutting parameters are the recommended range values. Appropriate adjustments and selections should be considered after considering the following factors:
- Specific physical properties of the material being processed
- The actual condition of the part blank
- Power and rigidity of the machine tool
- Clamping rigidity of tools and workpieces
- Balance between tool life and machining efficiency

				MN10
				Feed (mm/rev)
				0.05 - 0.35
ISO	Material	Heat Treatment	Hardness (HB)	Speed (m/min)
N	Aluminum Alloy	Un-Heat Treatment	60	1750 - 800
N	Aluminum Alloy	Heat Treatment	100	510 - 250
N	Cast Aluminum Alloy	Un-Heat Treatment	75	460 - 175
N	Cast Aluminum Alloy	Heat Treatment	90	300 - 110
N	Copper Alloy	Lead Alloy	110	610 - 205
N	Copper Alloy	Copper	90	310 -195
N	Copper Alloy	Copper, Lead-free Copper, Electrolytic Copper	100	225 - 115

Technical Information:

ISO N, including non-ferrous materials and soft metals with a hardness lower than HB130, including high-strength bronze (>HB225).If it is an alloy, the control of the chips is relatively easy.Pure aluminum is tacky, requiring sharp cutting edges and high cutting speeds.The cutting force is low, so the power required for processing is also low.If the Si content of the material is less than 7-8%, it can be processed with fine-grained uncoated carbide inserts.If you are processing aluminum with a high Si content, use a PCD tool.Mainly refers to aluminum alloys containing less than 12-13% Si.

Aluminum cutting performance: Long chip material.