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PRODUCT DESCRIPTION
TGF32 GBA32 CNC Lathe Vertical-Installed Precision Turning And Grooving
Inserts
Application Field:
Carbide Turning Inserts are mainly used for turning & grooving operations on lathe & CNC machines which
are available in different shapes & cutting angles.TGF32, or called GBA32 series, are CNC carbide turning inserts. These insert is recommended for general-purpose turning machining of
steels.
Inserts Production Standard:
The insert size details can be processed separately according to customer requirements, and refer to the
standard: Kyocera TGF32 series, NTK's GTM32, GTMX32, GTMH32 series, etc.
TGF32: Kyocera TGF32 series, a popular series of carbide
inserts.”R050 005” represents the specification and cutting orientation of insert.Our Drow standard production size and standing stock specifications mainly refer to
this series.
GTMH(X)32: A popular series of carbide insert, named
by NTK.Similar specification as TGF32.
Specific information refer to below “Product Specification”.
GBA32: A popular series of carbide insert,Named by ZJ
tools.
Product Details--- TGF32/GBA32
Excellent material: 100% original carbide powder.Lead our insert to excellent wear
resistance and toughness.
Dimensions: ①CW:0.33~2.50mm. ②CDX: 0.8~2.50mm. ③RE: 0.05~0.10mm.
Advanced coating: To be defined per your application.Whatever,Our insert surface
adopts advanced coating technology , leading it to well corrosion resistance and wear resistance.
Fine grinding process: The surface of the insert has high smoothness, good cutting
edge quality and no cutting resistance.Effectively reduce the friction and reduce the loss.
Perfect fit: Accurate and smooth insert edge strips.It is not easy to produce
micro-vibration during processing on the holder.
Applicable materials: Uncoated inserts for aluminum,non-ferrous
metals,non-metallic.Coated inserts for carbon steel,alloy steel,mold steel,other harden steel,ductile iron etc.
Customization: If standard stock cannot meet your demands, please attach CAD
drawings/3D drawings for your inquiry, thank you.
Mature insert production: All the inserts of production, coatings are used in high-end
EU processing equipment. To know more, please refer to below “Entire Production Quick View”.
Product Features:
1.Chamfering and tip-arc processing of the insert cutting edge, which can well protect the insert edge
from fracture and lead to smooth workpiece surface.
2. High performance composite coating support which can offer you super hard and smooth surface.
3. Professional and efficiency chip-breaker design, provides perfect cutting performance.
4. Precise dimension, high accuracy. Perfectly fit to tool holders so that not easy to produce micro-vibration during processing.
5.The base material imported from Europe has better oxidation resistance and wear resistance.
6. Customized insert design.Different dimensions,coating, chip-breaker, and material grade are available.
Carbide inserts produced by We Drow realize efficiency machining and long tool life, which are popular and well-feedback all over the world.
Advantages:
1.Stable performance like good anti impact resistance
2.Excellent tool lifetime
3.Negative chamfer designation gives blade good strength
4.Smooth cutting
If you have any questions about turning inserts, welcome to inquiry! Or if you have interest to join us ,
welcome to be our agents.
Product Specification
Part Number
Dimensions(mm)
Applicable
Tool Holders
CW
CDX
RE
TGF32 R/L
033-005
0.33
0.8
0.05
KTGF R/L S...KTGF R/L GTT R/L NGT... R/L
050-005
0.50
1.2
0.05
075-010
0.75
2.0
0.1
095-010
0.95
100-010
1.00
120-010
1.20
125-010
1.25
140-010
1.40
145-010
1.45
150-010
1.50
175-010
1.75
200-010
2.00
2.5
250-010
2.50
Attention:The above are our standard production size and standard stock
specifications, the size details can be processed separately according to customer requirements, and refer to the standard: Kyocera TGF32 series, NTK's GTM32, GTMX32, GTMH32 series,
etc.
Entire Production Quick View:
1.Use 100% original carbide powder to sinter to get the integral insert blank.
2.Flat grinding machining.
3.Surrounding grinding machining.
4.Create insert cutting edge.
5.Chamfering and tip-arc processing of the insert cutting edge.
6.Composite Coating.