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Native tungsten carbide

NegotiableUpdate on 04/29
Model
Nature of the Manufacturer
Producers
Product Category
Place of Origin
Overview
Product details: Tungsten carbide powder is used for alloy products such as rolling rolls and rotary teeth. This series of tungsten carbide powder has good crystal integrity and uniform powder, making it suitable for manufacturing coarse-grained alloy products such as rolling rolls and rotary teeth with good thermal fatigue resistance and high temperature wear resistance
Product Details
Product Details

Tungsten carbide powder for alloys such as rollers and rotary cutters
This series of tungsten carbide powder has good crystal integrity, uniform powder, and is suitable for manufacturing coarse-grained alloy products such as rolling mills and rotary digging teeth with good thermal fatigue resistance and high temperature wear resistance.

category

Classification

Brand Type

average particle size

FSSS(μm)

oxygen content

O % ≤

Total Carbon

Total Carbon %

Free carbon

Free Carbon % ≤

coarse-grained

Coarse Particles

FWC150A

14.00-16.00

0.05

6.13±0.05

≤0.05

FWC150A Electron Microscope SEM Photography 5000X

FWC150A Particle Size Distribution Map (Abrasive State)




Tungsten carbide powder for alloys such as CNC blades and ball teeth

This series of tungsten carbide powder is suitable for producing high-pressure ball teeth and other mining products, as well as CNC cutting blades. The produced mining products have excellent comprehensive properties such as impact resistance, high impact toughness, and thermal fatigue resistance; The CNC blades produced have the characteristics of good wear resistance and good resistance to chipping.

category

Classification

grade

Type

average particle size

FSSS(μm)

oxygen content

O % ≤

Total Carbon

Total Carbon %

Free carbon

Free Carbon % ≤

medium particle

Medium Particle

FWC5A

3.50-3.80

0.05

6.13±0.05

0.05

FWC-5A Electron Microscope SEM Photography 5000X

FWC-5A Electron Microscope Particle Size Distribution Map (Abrasive State)




Tungsten carbide powder for alloys such as bars, serrations, and studs

This series of tungsten carbide powder has complete crystallization, good dispersion, good process adaptability, and the alloy structure made is uniform.

category

Classification

grade

Type

average particle size

FSSS(μm)

oxygen content

O % ≤

Total Carbon

Total Carbon%

Free carbon

Free Carbon % ≤

fine particles

Fine particles

FWC08A

0.80-1.00

0.15

6.13±0.05

0.07

FWC10A

1.20-1.40

0.10

6.13±0.05

0.06

FWC-08A Electron Microscope SEM Photography 5000X

FWC-08A Particle Size Distribution Map (Abrasive State)

FWC-10A Electron Microscope SEM Photography 5000X

FWC-10A Electron Microscope Particle Size Distribution Map (Abrasive State)



S series specialized tungsten carbide powder

S series specialized tungsten carbide powder

The S series tungsten carbide powder has complete crystallization and good dispersion, mainly used in the production of alloys such as ball teeth, CNC blades, and rollers. The CNC blades produced by it have good wear resistance and anti chipping properties; The produced ball teeth have excellent comprehensive performance such as impact resistance, high impact toughness, and wear resistance.


Main performance indicators Typical property index

grade

Type

average particle size

FSSS(μm)

oxygen content

O % ≤

Total Carbon

Total Carbon %

Free carbon

Free Carbon % ≤

FWC08A

0.80-1.00

0.15

6.13±0.05

0.07

FWC10A

1.20-1.40

0.10

6.13±0.05

0.06

FWC20A

1.80-2.20

0.07

6.13±0.05

0.05

FWC3A

2.20-2.80

0.07

6.13±0.05

0.05

FWC4A

2.80-3.50

0.07

6.13±0.05

0.05

FWC5A

3.50-3.80

0.05

6.13±0.05

0.05

FWC90A

9.00-14.00

0.05

6.13±0.05

0.05

FWC150A

14.0-16.00

0.04

6.13±0.05

0.05

Note:

1) The average particle size is FSSS particle size (ASTM B330-05 standard);

2) The total carbon content can be adjusted according to customer requirements



G series universal tungsten carbide powder

Dewei Greenmei supplies various types of tungsten carbide powder, which is favored by hard alloy manufacturers for its strict quality control, large batch production, low impurity content, and uniform particle size.

G series tungsten carbide powder is a highly versatile tungsten carbide powder. This series of tungsten carbide powder can meet the needs of the vast majority of hard alloy production.


Main Property Index

grade

Type

average particle size

BET or FSSS(μm)

oxygen content

O(%)≤

Total Carbon

Total Carbon(%)

Free carbon

Free Carbon(%)≤

Compound carbon

CBC(%)≥

FWC04

0.15-0.25BET(m2/g)

0.30

6.25±0.05

0.15

-

FWC06

>0.60-0.70

0.25

6.22±0.05

0.12

-

FWC07

>0.70-0.80

0.20

6.20±0.05

0.12

-

FWC08

>0.80-1.00

0.18

6.15±0.05

0.08

-

FWC10

>1.00-1.50

0.15

6.13±0.05

0.08

6.07

FWC15

>1.50-2.00

0.15

6.13±0.05

0.06

6.07

FWC20

>1.80-2.20

0.10

6.13±0.05

0.06

6.07

FWC25

>2.20-2.80

0.07

6.13±0.05

0.05

6.08

FWC30

>2.80-3.50

0.07

6.13±0.05

0.05

6.08

FWC35

>3.50-4.00

0.05

6.13±0.05

0.05

6.08

FWC40

>4.00-5.00

0.05

6.13±0.05

0.05

6.08

FWC50

>5.00-6.00

0.05

6.13±0.05

0.05

6.08

FWC60

>6.00-7.00

0.03

6.13±0.05

0.05

6.08

FWC70

>7.00-9.00

0.03

6.13±0.05

0.05

6.08

FWC90

>9.00-11.0

0.03

6.13±0.05

0.05

6.08

FWC120

>11.0-14.0

0.03

6.13±0.05

0.05

6.08

FWC150

>14.0-17.0

0.03

6.13±0.05

0.05

6.08

FWC200

>20.0-30.0

0.03

6.13±0.05

0.05

6.08

FWC300

>30.00

0.05

6.13±0.05

0.05

6.08

Note:

1) The average particle size is FSSS particle size (ASTM B330-05 standard); The total carbon content can be adjusted according to customer requirements;

2) The particle size of FWC04 ultrafine tungsten carbide powder is obtained by BET (m2/g) conversion of specific surface area;

3) Ultra fine tungsten carbide powder smaller than 1.0 μ m generally requires the addition of inhibitors (vanadium carbide and chromium carbide), and the type and quantity of inhibitors can be added according to customer requirements.

Tungsten carbide powder impurity element content Tungsten carbide powder Impurity% ≤

element

Element

Al

As

Si

Ca

Co

Fe

K

Mg

P

Mo

Ni

S

Cr

Na

value

Max.

0.001

0.001

0.0015

0.0015

0.005

0.02

0.002

0.001

0.001

0.003

0.005

0.001

0.005

0.002

typical value

Typical

0.0005

0.0003

0.0008

0.0005

0.0015

0.003

0.0005

0.0003

0.0005

0.002

0.001

0.0002

0.002

0.0005