Let the world no longer have difficult to machine materials !
PCD Inserts
Let the world no longer have difficult to machine materials !
 1. PCD Insert material properties
 2. PCD Insert Process Technology
 3. Aption of PCD Insert
 4. PCD Insert Models
 5. Development of the PCD Inserts
Contents
Let the world no longer have difficult to machine materials !
PCD Insert material properties
 PCD Hardness can reach HV8000, about 80~120 times of
carbide insert,
 The coefficient of thermal expansion of pcd insert is about
700W/mk, is about 1.5~9 times of carbide insert, even higher
than copper and PCBN.
 The coefficient of friction of PCD insert is only 0.1~0.3( carbide
insert is 0.4~1), so pcd insert can reduce the cutting force.
 The Affinity between PCD Inserts and non-ferrous metal and
non-metal materials is small, and will be easily produce BUE,
Excellent
Characteristics
High
Thermal
conductivity
Low
coefficient
of friction
High
Hardness
Low
coefficient
of thermal
expansion
Let the world no longer have difficult to machine materials !
PCD Materials Grade and Characteristics
Insert
Grade
Process
Average
Size
Product Features Application Industry
Microstruc
ture
CDW10
Ultra
Precision
2μm
High Surface
Roughness, Ultra
precision
Suit for low silicion Aluminum
alloy, Copper alloy
CDW20
Rough/Finis
h
10μm
Higher surface finish,
abrasion resistance
and impact resistance
Widely used for semi-content
silision aluminum alloy, Copper
alloy, ferrous metal and some
composites
CDW30 Roughing 2-25μm
High abrasive
resistance
Suit for abrasive resistant materials
and high content silicion aluminum
alloy
Let the world no longer have difficult to machine materials !
Design princples of PCD Cutting Tools
Choose Materials
Reasonable particle
Reasonable Thickness
Insert
Grade
PCD
Particle
Machining
Process
CDW10 2μm Finishing
CDW20 10μm Semi-fnishng
CDW30 25μm Roughing
Typically, PCD composite sheet layer
thickness need about 0.3 ~ 1.0mm, total
thickness will be about 2~8mm.Thin
PCD layer thickness is conducive to
blade EDM.
Let the world no longer have difficult to machine materials !
Polycrystalline diamond (PCD) blade manufacturing process
Diamond
Powder
高温高压下合成
复合片
PCD复合片的研磨
PCD复合片的制造
PCD刀片的加工
Cutting Blade PCD刀片的焊接 Grinding Edges
Diamond
Powder
Polycrystalline
diamond
Grinding
PCD Compound Insert
PCD Blade Process
Brazing
High temperature
High pressure
Let the world no longer have difficult to machine materials !
PCD Insert ISO Models
VCGT
VCGW
VBGW
VBGT
TCGT
TCGW
TPGW
TPGT
CCGT
CCGW
CPGW
CPGT
DCGT
DCGW
DPGW
DPGT
WCGT
WCGW
RPGW
RCGW
TPGN
Let the world no longer have difficult to machine materials !
Indexable Insert
Identifcation Table
Let the world no longer have difficult to machine materials !
Let the world no longer have difficult to machine materials !
Other Type PCD Insert
Let the world no longer have difficult to machine materials !
PCD Milling Inserts
Let the world no longer have difficult to machine materials !
Customized
PCD Inserts
Let the world no longer have difficult to machine materials !
The cutting parameters of PCD Inserts
Machining Materials Process PCD Grade
Cutting Parameters
Cutting Speed Feed Rate Cutting Depth
Vc(m/min) Fr(mm/r) ap(mm)
Aluminum Alloy
4-8%Si
Turning
CDW10/CDW20
900-3500 0.1-0.4 0.1-0.4
Milling 1000-5000 0.1-0.3 0.1-0.3
9-13Si
Turning
CDW10/CDW20
600-2400 0.1-0.4 0.1-0.4
Milling 700-3000 0.1-0.3 0.1-0.3
>13%Si
Turning
CDW20/CDW30
300-700 0.1-0.4 0.1-0.4
Milling 400-900 0.1-0.3 0.1-0.3
Metal Based Composites A1/10-20%Si
Turning
/Milling
CDW20 300-600 0.1-0.4 0.2-1.5
Copper Alloy Copper, Zn
Turning/Milling CDW10 400-1260 0.03-0.3 0.05-2.0
Turning/Milling CDW20 400-1200 0.05-0.3 0.05-2.0
Tungsten Carbide <16%Co Turning CDW20/CDW30 20-40 0.1-0.25 0.1-1.0
Ceramic Turning CDW20 70-100 0.1-0.4 0.2-1.0
Wood Turning/Milling CDW10 1000/4000 0.1-0.4 0.1-0.4
Composite Carbon Firber Turning/Milling CDW20 200-2000 0.05-0.3 0.1-3.0
Let the world no longer have difficult to machine materials !
The Application of PCD Inserts
(1)Machining Non-ferrous metal
(2)Machining Non-metal materials
When machining copper, zinc, aluminum and other non-ferrous metals and their alloys, the
material easily adheres to insert. Due to the low friction coefficient of PCD and the small affinity
with non-ferrous metals, PCD tool can effectively prevent the metal from binding with the tool,
and the blade deformation and can obtain good surface quality.
When Processing glass fiber reinforced plastic, silicon packing materials, hard carbon fiber /
epoxy composite materials, carbide insert will wear serious tool, difficult to process, and PCD
tool have high hardness, wear resistance, high processing efficiency.
Let the world no longer have difficult to machine materials !
Wood
Automotive Ferrous MetalsAerospace
3C IndustryGraphite
The Application of PCD Inserts
Let the world no longer have difficult to machine materials !
Some typical Component that can use PCD Inserts
Automotive Engine Pistons, normally pcd inserts can machine the grooves, pin hole, endsurface,
Cylindrical surface,ect.
Let the world no longer have difficult to machine materials !
Some typical Component that can use PCD Inserts
Automotive Wheel Hub,no matter for Automotive parts or Motorcycle, PCD Inserts can obtain good
surface roughness,they can be made with many different radius, such as R1.2,R2.5,R3.0,R4.0, ect. The
ISO Models usually are VCGW160412 PCD Inserts.
Let the world no longer have difficult to machine materials !
Application case for machining Engine with PCD Insert
In recent years, Aluminum engine block begin to become light weight, small size, high precision,ect.
Becasue of high hardness, low thermal expansion coefficient and other characteristics, pcd inserts have been
the most suitable cutting tool materials for machining Aluminum alloy component. Comparing with ceramic
cutters or carbide insert, the cutting speed can improve several times,and the tool life will be better.
The following is one application case:
Machining Mateirals: AlSi9Cu3(Fe)
Cutting Condition: Interrupt Cut
Cutting Depth:0.5~0.7mm
Machining Length:735mm
Tool Life:30000pieces
Let the world no longer have difficult to machine materials !
Thanks !
Zhengzhou Halnn Superhard Materials Co.,Ltd
Web:www.halnncbn.com
Email:halnntools@gmail.com
Wechat:Halnntools
Whatsapp:+8618695866134

PCD Inserts (PCD Blade)

  • 1.
    Let the worldno longer have difficult to machine materials ! PCD Inserts
  • 2.
    Let the worldno longer have difficult to machine materials !  1. PCD Insert material properties  2. PCD Insert Process Technology  3. Aption of PCD Insert  4. PCD Insert Models  5. Development of the PCD Inserts Contents
  • 3.
    Let the worldno longer have difficult to machine materials ! PCD Insert material properties  PCD Hardness can reach HV8000, about 80~120 times of carbide insert,  The coefficient of thermal expansion of pcd insert is about 700W/mk, is about 1.5~9 times of carbide insert, even higher than copper and PCBN.  The coefficient of friction of PCD insert is only 0.1~0.3( carbide insert is 0.4~1), so pcd insert can reduce the cutting force.  The Affinity between PCD Inserts and non-ferrous metal and non-metal materials is small, and will be easily produce BUE, Excellent Characteristics High Thermal conductivity Low coefficient of friction High Hardness Low coefficient of thermal expansion
  • 4.
    Let the worldno longer have difficult to machine materials ! PCD Materials Grade and Characteristics Insert Grade Process Average Size Product Features Application Industry Microstruc ture CDW10 Ultra Precision 2μm High Surface Roughness, Ultra precision Suit for low silicion Aluminum alloy, Copper alloy CDW20 Rough/Finis h 10μm Higher surface finish, abrasion resistance and impact resistance Widely used for semi-content silision aluminum alloy, Copper alloy, ferrous metal and some composites CDW30 Roughing 2-25μm High abrasive resistance Suit for abrasive resistant materials and high content silicion aluminum alloy
  • 5.
    Let the worldno longer have difficult to machine materials ! Design princples of PCD Cutting Tools Choose Materials Reasonable particle Reasonable Thickness Insert Grade PCD Particle Machining Process CDW10 2μm Finishing CDW20 10μm Semi-fnishng CDW30 25μm Roughing Typically, PCD composite sheet layer thickness need about 0.3 ~ 1.0mm, total thickness will be about 2~8mm.Thin PCD layer thickness is conducive to blade EDM.
  • 6.
    Let the worldno longer have difficult to machine materials ! Polycrystalline diamond (PCD) blade manufacturing process Diamond Powder 高温高压下合成 复合片 PCD复合片的研磨 PCD复合片的制造 PCD刀片的加工 Cutting Blade PCD刀片的焊接 Grinding Edges Diamond Powder Polycrystalline diamond Grinding PCD Compound Insert PCD Blade Process Brazing High temperature High pressure
  • 7.
    Let the worldno longer have difficult to machine materials ! PCD Insert ISO Models VCGT VCGW VBGW VBGT TCGT TCGW TPGW TPGT CCGT CCGW CPGW CPGT DCGT DCGW DPGW DPGT WCGT WCGW RPGW RCGW TPGN
  • 8.
    Let the worldno longer have difficult to machine materials ! Indexable Insert Identifcation Table
  • 9.
    Let the worldno longer have difficult to machine materials !
  • 10.
    Let the worldno longer have difficult to machine materials ! Other Type PCD Insert
  • 11.
    Let the worldno longer have difficult to machine materials ! PCD Milling Inserts
  • 12.
    Let the worldno longer have difficult to machine materials ! Customized PCD Inserts
  • 13.
    Let the worldno longer have difficult to machine materials ! The cutting parameters of PCD Inserts Machining Materials Process PCD Grade Cutting Parameters Cutting Speed Feed Rate Cutting Depth Vc(m/min) Fr(mm/r) ap(mm) Aluminum Alloy 4-8%Si Turning CDW10/CDW20 900-3500 0.1-0.4 0.1-0.4 Milling 1000-5000 0.1-0.3 0.1-0.3 9-13Si Turning CDW10/CDW20 600-2400 0.1-0.4 0.1-0.4 Milling 700-3000 0.1-0.3 0.1-0.3 >13%Si Turning CDW20/CDW30 300-700 0.1-0.4 0.1-0.4 Milling 400-900 0.1-0.3 0.1-0.3 Metal Based Composites A1/10-20%Si Turning /Milling CDW20 300-600 0.1-0.4 0.2-1.5 Copper Alloy Copper, Zn Turning/Milling CDW10 400-1260 0.03-0.3 0.05-2.0 Turning/Milling CDW20 400-1200 0.05-0.3 0.05-2.0 Tungsten Carbide <16%Co Turning CDW20/CDW30 20-40 0.1-0.25 0.1-1.0 Ceramic Turning CDW20 70-100 0.1-0.4 0.2-1.0 Wood Turning/Milling CDW10 1000/4000 0.1-0.4 0.1-0.4 Composite Carbon Firber Turning/Milling CDW20 200-2000 0.05-0.3 0.1-3.0
  • 14.
    Let the worldno longer have difficult to machine materials ! The Application of PCD Inserts (1)Machining Non-ferrous metal (2)Machining Non-metal materials When machining copper, zinc, aluminum and other non-ferrous metals and their alloys, the material easily adheres to insert. Due to the low friction coefficient of PCD and the small affinity with non-ferrous metals, PCD tool can effectively prevent the metal from binding with the tool, and the blade deformation and can obtain good surface quality. When Processing glass fiber reinforced plastic, silicon packing materials, hard carbon fiber / epoxy composite materials, carbide insert will wear serious tool, difficult to process, and PCD tool have high hardness, wear resistance, high processing efficiency.
  • 15.
    Let the worldno longer have difficult to machine materials ! Wood Automotive Ferrous MetalsAerospace 3C IndustryGraphite The Application of PCD Inserts
  • 16.
    Let the worldno longer have difficult to machine materials ! Some typical Component that can use PCD Inserts Automotive Engine Pistons, normally pcd inserts can machine the grooves, pin hole, endsurface, Cylindrical surface,ect.
  • 17.
    Let the worldno longer have difficult to machine materials ! Some typical Component that can use PCD Inserts Automotive Wheel Hub,no matter for Automotive parts or Motorcycle, PCD Inserts can obtain good surface roughness,they can be made with many different radius, such as R1.2,R2.5,R3.0,R4.0, ect. The ISO Models usually are VCGW160412 PCD Inserts.
  • 18.
    Let the worldno longer have difficult to machine materials ! Application case for machining Engine with PCD Insert In recent years, Aluminum engine block begin to become light weight, small size, high precision,ect. Becasue of high hardness, low thermal expansion coefficient and other characteristics, pcd inserts have been the most suitable cutting tool materials for machining Aluminum alloy component. Comparing with ceramic cutters or carbide insert, the cutting speed can improve several times,and the tool life will be better. The following is one application case: Machining Mateirals: AlSi9Cu3(Fe) Cutting Condition: Interrupt Cut Cutting Depth:0.5~0.7mm Machining Length:735mm Tool Life:30000pieces
  • 19.
    Let the worldno longer have difficult to machine materials ! Thanks ! Zhengzhou Halnn Superhard Materials Co.,Ltd Web:www.halnncbn.com Email:halnntools@gmail.com Wechat:Halnntools Whatsapp:+8618695866134

Editor's Notes

  • #2 本PPT模板部分元素使用了幻灯片母版制作。如果需要修改,点击-视图-幻灯片母版-修改 完成后关闭编辑母版即可。
  • #3 本PPT模板部分元素使用了幻灯片母版制作。如果需要修改,点击-视图-幻灯片母版-修改 完成后关闭编辑母版即可。