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Carbide nozzle

The cemented carbide nozzle is a device made from cemented carbide material used to control the direction, speed, and flow rate of fluids.


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Product Description

Product introduction

The cemented carbide nozzle is a device made from cemented carbide material, used to control the direction, speed, and flow rate of fluids. It is primarily composed of hard compounds of refractory metals (such as tungsten carbide) and binding metals (like cobalt), manufactured through a powder metallurgy process. After several processes—including powder preparation, mixing, pressing, presintering, shaping, sintering, and finishing—the nozzle is ensured to deliver high precision and excellent performance.

 

Product features

High hardness and wear resistance: the hardness can reach approximately HRA86–93, flexural strength reaches 2300 N/mm², and it can withstand impact as well as friction from high-velocity fluids. Additionally, its wear rate remains slow even in harsh environments such as sandblasting and shot peening.

Corrosion resistance: it can withstand corrosion from aggressive media such as acids, alkalis, and salts, making it suitable for working environments involving corrosive fluids, such as chemical and agricultural production.

High-temperature resistance: The hardness remains virtually unchanged at 500°C and still exhibits high durability at 1000°C, allowing for stable operation in high-temperature environments.

High precision: Through precision grinding and surface treatment processes, a surface roughness of Ra0.1 and Ra0.025 can be achieved on both R parts, ensuring high dimensional accuracy and guaranteeing the precision and stability of the spray application.

 

Areas of application

Surface treatment: widely used in sandblasting and shot blasting equipment for the descaling and polishing of metal machinery and cast parts, as well as for etching glass artworks.

Spray applications—such as painting, material spraying, and 3D printing—can evenly atomize liquid materials, enhancing the quality and efficiency of the spraying process.

Oilfield exploration: it is used for cleaning, cooling, lubricating, and removing bottomhole debris in PDC drill bits and roller cone drill bits.

Other areas: It can also be used in the chemical, food, mechanical, metallurgical, and construction industries for spraying, derusting, cleaning, atomization, and more, as well as for high-pressure cleaning, dust removal, cooling, desulfurization, humidification, and agitation.

 

Product parameters

Main degrees: YG6, YG8, YG10X, YG15, YN8, etc.

Grade

WC
%

Co/Ni
%

Physical and mechanical properties

Size of

grain
μm

Recommended application

Density
g/cm3

TRS
N/mm2

Hardness
HRA

YG6

94

6

14.8–15.1

2500

90

1.2

Good wear resistance, good compressive strength,

Suitable for wear-resistant and high-pressure parts

Durable parts, good thermal rigidity

YG6X

94

6

14.8–15.1

2400

91.5

1

YG6A

94

6

14.8–15.1

2150

92.5

0.6–0.8

YG8

92

8

14.6–14.9

2700

89

1.2–1.6

Good overall performance, used for everyday tasks

Wear-resistant parts, molds, general-purpose tools, etc.

YL10.2

90

10

14.3–14.6

3800

91.8

0.7

Subfine tungsten carbide particles,

Good overall performance

YG10X

90

10

14.3–14.6

4000

92.2

0.6

Ultrafine tungsten carbide particles,

Excellent heat resistance

YG11

89

11

14.3–14.7

2800

88.5

1.2–1.6

Anti-wear, anti-erosion, excellent overall mechanical strength

Resistance, suitable for wear-resistant parts

in the oil, chemical, and mechanical industries.

YG12X

88

12

14.2–14.5

3000

89.5

1.0–1.2

Anti-erosion, excellent overall mechanical resistance,

Suitable for wear- and impact-resistant parts

parts, molds, and roller rings.

YG15

85

15

13.8–14.2

3000

86.5

1.2–1.6

YG15X

85

15

13.8–14.2

4500

89

0.7

Subfine tungsten carbide particles with excellent wear resistance

resistance and excellent toughness, which is suitable for

manufacture of integral stamping dies, anti-vibration tool holders, etc.

YG20

80

20

13.4–13.8

3100

85

1

Excellent wear resistance and toughness

YN06

94

6

14.5–14.9

2000

90

1.2

Non-magnetic alloy, suitable for O-rings,

Non-magnetic, wear-resistant parts

and corrosion-resistant parts.

YN09

91

9

14.3–14.6

2300

89

1.2–1.6

YN11

89

11

14.0–14.3

2600

88

1.2

Size: Drilling, grooving, thread grinding, wire cutting, electrical discharge machining, thermal upsetting of steel parts, bevelling, polishing, and more can be performed.

Category:

Custom Wear Parts

Key word:

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