High Hardness And High Wear Resistant Cast Tungsten Carbide Powder Specific Surface Area 5 to 15 M²g Density 14.5 to 15.0 Gcm3 Ideal For Industrial Applications

Product Description:

Cast Tungsten Carbide Powder is a high-performance material widely used in various industrial applications due to its exceptional hardness, strength, and durability. This product, often referred to as Macro Tungsten Carbide Powder or fused tungsten carbide powder, is renowned for its superior physical and mechanical properties that make it an ideal choice for manufacturing cutting tools, wear-resistant parts, and other advanced engineering components.

One of the defining characteristics of Cast Tungsten Carbide Powder is its remarkable density, which ranges between 14.5 and 15.0 g/cm³. This high density contributes significantly to the material's strength and wear resistance, enabling it to withstand extreme operating conditions. The powder's compressive strength exceeds 3000 MPa, highlighting its ability to endure substantial mechanical stress without deformation or failure. This makes Cast Tungsten Carbide Powder particularly suitable for applications requiring exceptional toughness and long service life.

The product is available in various particle size dimensions to meet diverse manufacturing requirements. These include 23-30 mesh, 100-140 mesh, and -325 mesh sizes, allowing for precise control over the powder’s granularity and enabling customization according to specific application needs. Whether used in sintering processes, powder metallurgy, or as a raw material for producing composite materials, the range of sizes ensures versatility and adaptability in different production environments.

As a type of fused tungsten carbide powder, Cast Tungsten Carbide Powder is produced through a high-temperature fusion process that results in a highly homogeneous and stable material. This fusion process enhances the powder's purity and consistency, which are critical for achieving optimal performance in end products. The fused nature of the powder also improves its sinterability and bonding properties, facilitating the fabrication of dense, high-strength components.

Proper storage of Cast Tungsten Carbide Powder is essential to maintain its quality and performance characteristics. It is recommended to keep the powder in a dry, cool place away from moisture to prevent any degradation or contamination. Additionally, storing the powder in a sealed container ensures protection against environmental factors such as humidity and dust, which could adversely affect the powder’s properties. Following these storage conditions helps preserve the powder’s integrity and extends its shelf life.

In summary, Cast Tungsten Carbide Powder, also known as Macro Tungsten Carbide Powder or fused tungsten carbide powder, is a premium material distinguished by its high density (14.5 - 15.0 g/cm³), exceptional compressive strength (>3000 MPa), and availability in multiple mesh sizes (23-30 mesh, 100-140 mesh, -325 mesh). Its production through a fusion process guarantees superior purity and performance, making it indispensable for high-precision and wear-resistant applications. Proper storage in dry, sealed containers within a cool environment further ensures that the powder retains its excellent properties over time. This combination of attributes makes Cast Tungsten Carbide Powder a trusted choice for industries demanding the highest standards of material quality and reliability.

Features:

• Product Name: Cast Tungsten Carbide Powder
• Available Dimensions: 23-30 mesh, 100-140 mesh, -325 mesh
• Density: 14.5 - 15.0 g/cm³
• Melting Point: 2870 °C
• Storage Condition: Keep in dry, sealed container to maintain quality
• Color: Gray with metallic luster
• Composed of tungsten carbide and cobalt for enhanced durability
• Known as Macro Tungsten Carbide Powder, ideal for various industrial applications

Technical Parameters:

Applications:

The BODA Cast Tungsten Carbide Powder, model number Cast Tungsten Carbide, is a premium product certified under ISO9001:2015, ensuring top-notch quality and reliability. With a particle size ranging from 1 to 10 microns, this gray-colored powder with metallic luster is renowned for its exceptional high hardness and high wear resistance. Its impressive compressive strength and bending strength, both exceeding 3000MPa, make it an ideal choice for various demanding applications.

This Macro Tungsten Carbide Powder is widely used in industries that require materials with superior durability and resistance to abrasion. It is commonly applied in the manufacturing of cutting tools, mining tools, wear-resistant parts, and industrial machinery components. The powder's fine particle size and robust mechanical properties enable the production of dense, wear-resistant parts that can withstand extreme operating conditions.

In the realm of metallurgy and powder metallurgy, BODA’s Cast Tungsten Carbide Powder is frequently utilized to create hard alloys and composite materials. Its high hardness and excellent wear resistance contribute significantly to the longevity and performance of sintered components. Additionally, tungsten carbide dust derived from this powder is often employed in additive manufacturing processes and for surface coating applications to enhance the hardness and wear resistance of various substrates.

The product is available in convenient packaging options of 50kg or 25kg steel drums, catering to different production scales. With a supply ability of 30 tons per month and negotiable minimum order quantities, delivery times, and payment terms, BODA ensures flexibility and customer-centric service. Priced competitively between $42 and $50 per kilogram, this Macro Tungsten Carbide Powder offers excellent value for industries seeking durable and high-performance materials.

Overall, BODA’s Cast Tungsten Carbide Powder is indispensable in applications where high wear resistance, hardness, and mechanical strength are critical. Its versatility across various sectors, including tool manufacturing, mining, metallurgy, and surface engineering, highlights its importance as a key material in modern industrial processes.