Nano Tungsten Powder

Tungsten Powder
Catalog No.	Specification	Morphology	Color
Ro–W–01	40nm	Spherical	Black
Ro–W–02	60nm	Spherical	Black
Ro–W–03	100nm	Spherical	Black
Ro–W–04	200nm	Spherical	Black
Ro–W–05	300nm	Spherical	Black
Ro–W–06	500nm	Quasi spherical	Black
Ro–W–07	700nm	Quasi spherical	Black
Ro–W–08	1μm	Quasi spherical	Black
Ro–W–09	5μm	Quasi spherical	Black
Ro–W–10	8μm	Quasi spherical	Black
Ro–W–11	15μm	Quasi spherical	Black
Ro–W–12	5-15μm	Spherical	Black
Ro–W–13	15-53μm	Spherical	Black
Ro–W–14	40-75μm	Spherical	Black
Can be customized according to customer requirements

 

Application:

 

Nano tungsten powder stands out for its exceptional versatility and broad application spectrum in various industries. Utilized widely across sectors, nano tungsten powder boasts key benefits that enhance performance and efficiency. Here are the primary applications of this advanced material:

 

1. High-Density Alloys and Alloy Steel: Nano tungsten powder is extensively employed in the production of high-density alloys and alloy steels. These materials are known for their impressive physical properties, making them ideal for manufacturing heavy products such as drill bits and tops.

 

2. Additives for High-Performance Alloys: High-activity nano tungsten powder serves as a raw material powder additive in high-performance high-density alloys, typically comprising 10% to 20% of the total composition. The addition of nano tungsten powder improves alloy performance, lowers sintering temperatures, and reduces sintering time, leading to significant production cost savings.

 

3. Nano-Crystalline Carbides: As a key ingredient in the preparation of nano-crystalline hard alloys, nano tungsten powder contributes to the development of materials with outstanding hardness and wear resistance, suitable for various industrial applications.

 

4. Ceramic Metallization Coatings: Due to its unique porous structure, nano tungsten powder is effectively utilized as a raw material for ceramic metallization coatings through the W-Mn process. These coatings exhibit excellent corrosion resistance and durability, enhancing the longevity of the underlying materials.

 

5. 3D Printing Materials: Spherical tungsten powder is increasingly becoming a choice material for metal 3D printing, enabling the manufacturing of complex parts with precise control over the microstructure of the materials, thus fostering innovation in custom part creation.

 

6. New Energy Battery Materials: Nano tungsten trioxide (WO3) is pivotal in the development of new energy battery materials, photocatalytic materials, petroleum catalysts, electrochromic materials, gas-sensitive materials, and optoelectronic devices. This highlights the significant role of nano tungsten in high-tech applications.

 

7. Infrared Absorption Materials: Nano caesium tungsten bronze (Cs0.33WO3) is recognized for its effective near-infrared shielding properties, making it a crucial component in infrared absorbers used in various fields including automotive, construction, laser marking, and laser welding.

 

8. Catalysts and Fire-Resistant Materials: Nano tungsten oxide (H2WO4) finds its application in mordants, analytical reagents, catalysts, water treatment agents, and the manufacturing of fire-resistant and waterproof materials, along with compounds like phosphotungstic acid and boron tungsten acid. These uses extend the significance of nano tungsten in the realm of chemical industry and material science.

 

In conclusion, the application scope of nano tungsten is expansive, showcasing its importance and promising prospects from traditional alloy manufacturing to cutting-edge tech fields. Whether you are looking for metal tungsten powder, nano tungsten powder, elemental tungsten powder, ultrafine tungsten powder, or tungsten powder (W), our product meets high standards of quality and performance. Experience the unrivaled advantages of nano tungsten powder today to elevate your production capabilities.