Categories | Carbide Milling Inserts |
---|---|
Brand Name: | Lifa |
Model Number: | APMT1604PDER-M2 |
Certification: | ISO9001:2008 |
Place of Origin: | Zhuzhou, China |
MOQ: | 20pcs |
Price: | Negotiated |
Payment Terms: | T/T |
Supply Ability: | 80000pcs per month |
Delivery Time: | 15-20days |
Packaging Details: | 10pcs / box |
Material: | Tungsten Carbide |
Workpieces: | SteeL and Stainless Steel |
Usage: | Milling |
Coating: | PVD Coating |
Grade: | YBG202 / YBG205 |
Samples: | Available |
Indexable Carbide Milling Insert APMT1604PDER-M2 YBG205 CNC Cutting
Tools 10Pcs
Description:
Solid carbide provides better rigidity than high speed steel. It is
extremely heat resistant and used for high speed applications on
45steel, cast iron, nonferrous materials, plastics and other
tough-to-machine materials.
Product features
|
1. 100% virgin raw material of powder for each insert to ensure you
top and stable quality.
2. High technical production line to ensure delivery on time.
3. More than10,000 sets of of molds with various of types, sizes,
chipbreakers and coating for customer to choice to meet customers
requirements. Also we accept special design to open new mould
according to customers drawings and samples.
4. Different packages :different color /brand/size of inner plastic
box and outside wooden box .
5. 24 hours on line for sales and after sales service and in time
technology supports.
Application:
The shape of an insert has a major influence on the impact
resistance of the carbide. The weakest section of a milling insert
is the corner, which is exposed to constant interrupted cuts and
extreme heat changes. Since a round insert has no corners, it is
more secure than any other shape.
Consider the tremendous forces that are placed on a milling insert
in a typical cut. As the insert enters the cut, it is subjected to
a large compressive load. The initial contact between the cutting
edge and the workpiece may be very unfavorable depending on the
position of the cutter in relation to the workpiece. As the insert
moves through the cut, the chip thickness is constantly changing,
varying the radial and axial cutting forces. Finally, as the insert
leaves the workpiece, it is subjected to tensile stresses that
break down the carbide. The chip bending away from the insert
places large tensile or "ripping" stress on the face of the
carbide.
In addition to normal milling operations, there are certain
applications that are particularly damaging to carbide. Here are
some of the most difficult jobs that demand a lot of strength from
the shape of the insert:
YBG205
Finishing and semi-finishing for materials difficult to cut PVD
coated grade
PVD coated grade,new TiAIN based multilayer coating,has higher wear
resistance and Anti-thermak-oxidation ability,it is suitable for
finishing and semi-finishing turning and milling of various
materials difficult to cut,such as high temperature alloy,heat
resistant alloy,etc.
PVD-coated carbide
PVD-coated carbide grades are based on ceramic thin film technology
and are effective for milling, threading, grooving and stainless
steel cutting.
PVD-coated carbide for machining stainless steel
PVD-coated carbide grades are based on ceramic thin film technology
and are effective for milling, threading, grooving and stainless
steel cutting.
The tough basis material of carbide and the innovative coating
technology ensure excellent wear resistance and strong coating
adhesion for long tool life and stable machining.
Specification:
item name | APMT1604PDER-M2 |
Place of Origin | Zhuzhou |
Model Number | various |
Workpiece | Steel and Stainless Steel |
Application | milling |
Color | Gold/Black/Gray |
Hardness | various |
Coating | PVD/CVD |
Material | Tungsten Carbide |