Customized Tungsten Carbide Alloy Strip

Tool Processing Raw Materials Turning Tools Milling Cutters Planers Drill Bits


  • Min.Order Quantity: 5 Piece/Pieces
  • Supply Ability: 10000 Piece/Pieces per Month

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分割线分隔效果
Description
  • Characteristics of Tungsten carbide material

    1. High hardness:
      1.  The hardness of tungsten carbide is extremely high, second only to diamond, which gives it excellent wear resistance. During the use of the valve, it can effectively resist the erosion and wear of the medium, extending the service life of the valve.
    2. Corrosion resistance:
      1. Tungsten carbide has stable chemical properties and is not easily reacted with corrosive media such as acid, alkali, salt, etc. It can be used for a long time in harsh corrosive environments without damage.
    3. High temperature resistance:
      1. The melting point of tungsten carbide is as high as 2870 ℃ (also known as 3410 ℃), which has good high temperature resistance and can maintain stable performance under high temperature conditions.
    4. High strength:
      1. Tungsten carbide has high strength and can withstand significant pressure and impact forces, ensuring stable operation of valves under harsh working conditions.

 

  • Characteristics of Tungsten carbide stripes

    1. Composition:
    2. Tungsten carbide alloy bars are usually composed of elements such as tungsten, cobalt, nickel, and iron. Among them, tungsten is the main component, providing excellent wear resistance and high temperature performance; Metals such as cobalt and nickel are used to enhance the hardness and toughness of alloys; Iron is used to reduce costs and improve compatibility with other metals.
    3. Manufacturing process:
    4. Excellent tungsten carbide alloy bars have a tight microstructure and uniform composition distribution, which is achieved through strict manufacturing processes and quality control.
    5. Chemical stability:
    6. Tungsten carbide is insoluble in water, hydrochloric acid, and sulfuric acid, but easily soluble in mixed acids of nitric acid and hydrofluoric acid. Pure tungsten carbide is fragile, but its brittleness is significantly reduced when a small amount of metals such as titanium and cobalt are added.

 

  • Advantages of Tungsten carbide stripes

    1. High hardness:
      1. Tungsten carbide alloy strips have extremely high hardness, which makes them perform well in environments with high pressure and wear.
    2. Wear resistance:
      1. Due to its high hardness and excellent wear resistance, the service life of tungsten carbide alloy bars is significantly extended, reducing replacement frequency and lowering production costs.
    3. Bending strength:
      1. Tungsten carbide alloy strips also have good bending strength and can withstand large bending forces without fracture.
    4. Corrosion resistance:
      1. It has good corrosion resistance to various chemicals and can maintain stable performance in harsh industrial environments.

 

  • Application of Tungsten carbide stripes

    1. Cutting tools:
      1. Tungsten carbide alloy bars are often used to manufacture high-performance cutting tools such as drill bits and cutting tools due to their high hardness and wear resistance.
    2. Wear resistant components:
      1. Tungsten carbide alloy strips are used as wear-resistant components in environments that require high wear resistance, such as parts in oil and gas drilling equipment, compressor parts, etc.
    3. Aerospace field:
      1. In the aerospace field, tungsten carbide alloy bars are used to manufacture key components such as high-temperature bearings and sealing rings to meet the needs of extreme conditions such as high temperature and high pressure.
    4. Other applications:
      1. In addition, tungsten carbide alloy bars are widely used in industries such as electronics, power, metallurgy, and machinery, as well as as as manufacturing materials for superhard cutting tools and wear-resistant semiconductor films.

 

分割线分隔效果
Material Performance Table
Cobalt Binder Grade
Grade
Composition   (% in weight) Physical Properties   Grain size(μm) Equivalent
to
domestic
Density g/cm³(±0.1) Hardness   HRA(±0.5) TRS Mpa(min) Porosity
WC Ni Ti TaC A B C
KD115 93.5
6.0 - 0.5 14.90 93.00 2700 A02 B00 C00 0.6-0.8 YG6X 
KD335 89.0 10.5 - 0.5 14.40 91.80 3800 A02
B00 C00
0.6-0.8 YG10X 
KG6 94.0 6.0 - - 14.90 90.50 2500 A02
B00
C00
1.2-1.6 YG6 
KG6 92.0 8.8 - - 14.75 90.00 3200 A02
B00
C00
1.2-1.6 YG8 
KG6 91.0 9.0 - - 14.60 89.00 3200 A02
B00
C00
1.2-1.6 YG9 
KG9C 91.0 9.0 - - 14.60 88.00 3200 A02
B00
C00
1.6-2.4 YG9C 
KG10 90.0  10.0  - - 14.50 88.50 3200 A02
B00
C00
1.2-1.6 YG10 
KG11 89.0  11.0  - - 14.35 89.00 3200 A02
B00
C00
1.2-1.6 YG11 
KG11C 89.0  11.0  - - 14.40 87.50 3000 A02
B00
C00
1.6-2.4 YG11C 
KG13 87.0  13.0  - - 14.20 88.70 3500 A02
B00
C00
1.2-1.6 YG13 
KG13C 87.0  13.0  - - 14.20 87.00 3500 A02
B00
C00
1.6-2.4 YG13C 
KG15 85.0  15.0  - - 14.10 87.50 3500 A02
B00
C00
1.2-1.6 YG15 
KG15C 85.0  15.0  - - 14.00 86.50 3500 A02
B00
C00
1.6-2.4 YG15C 
KD118 91.5  8.5  - - 14.50 83.60 3800 A02
B00
C00
0.4-0.6 YG8X 
KD338 88.0  12.0  - - 14.10 92.80 4200 A02
B00
C00
0.4-0.6 YG12X 
KD25 77.4  8.5  6.5  6.0 12.60 91.80 2200 A02
B00
C00
1.0-1.6 P25 
KD35 69.2  10.5  5.2  13.8 12.70 91.10 2500 A02
B00
C00
1.0-1.6 P35 
KD10 83.4  7.0  4.5 4.0 13.25 93.00 2000 A02
B00
C00
0.8-1.2 M10 
KD20 79.0  8.0  7.4 3.8 12.33 92.10 2200 A02
B00
C00
0.8-1.2 M20 
Nickel Binder Grades
Grade  Composition(%inweight) Physical Properties   Equivalent
to
domestic
Density g/cm3(±0.1) Hardness HRA(±0.5) TRS Mpa(min) Porosity Grainsize(μm)
WC Ni Ti A B C
KDN6 93.8 6.0  0.2 14.6-15.0 89.5-90.5 1800 A02 B00 C00 0.8-2.0 YN6
KDN7 92.8 7.0  0.2 14.4-14.8 89.0-90.0 1900 A02 B00 C00 0.8-1.6 YN7
KDN8 91.8 8.0  0.2 14.5-14.8 89.0-90.0 2200 A02 B00 C00 0.8-2.0 YN8
KDN12 87.8 12.0  0.2 14.0-14.4 87.5-88.5 2600 A02 B00 C00 0.8-2.0 YN12
KDN15 84.8 15.0  0.2 13.7-14.2 86.5-88.0 2800 A02 B00 C00 0.6-1.5 YN15

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