**Machining Sector**

**Cutting Tools:** Such as turning tools, milling cutters, drill bits, reamers, etc. These tools enable the efficient cutting of various metal materials, enhancing machining precision and efficiency while extending tool service life.

**Saw Blades:** Used for cutting materials such as metals and stone. Tungsten carbide saw blades feature excellent wear resistance and high cutting precision, maintaining a sharp cutting edge over time.

**Mold Manufacturing Sector**

**Stamping Dies:** Capable of withstanding the immense pressure and friction generated during high-speed stamping operations, ensuring the dimensional accuracy and surface quality of stamped parts while extending the service life of the dies.

**Die-Casting Molds:** In high-temperature and high-pressure die-casting environments, tungsten carbide molds maintain exceptional stability and wear resistance, enabling the production of high-quality die-cast components.

**Injection Molds:** Used for molding plastic parts. The high precision and superior wear resistance of tungsten carbide molds ensure the dimensional accuracy and surface finish of the resulting plastic components.

**Mining and Geology Sector**

**Rock Drilling Bits:** In mining operations and tunnel excavation, tungsten carbide rock drilling bits effectively crush rock formations, offering high drilling efficiency and extended service life.

**Drill Bits:** In geological exploration and oil drilling applications, tungsten carbide drill bits are capable of adapting to diverse and complex geological strata, thereby boosting drilling efficiency and reducing operational costs.

**Cutting Picks:** Cutting picks for coal mining machinery, manufactured from tungsten carbide, enable the efficient cutting of coal and rock during extraction, reducing the frequency of replacements and enhancing overall mining efficiency.

**Electronics and Information Sector**

**Chip Manufacturing:** In processes such as photolithography and etching—critical stages of chip fabrication—tungsten carbide materials are utilized to manufacture specialized molds and fixtures, thereby guaranteeing the precision and quality of the resulting chips.

**Electronic Component Processing:** Includes stamping dies and cutting tools used in the manufacture of electronic components such as resistors and capacitors, enabling high-precision processing operations.

**Automotive Manufacturing Sector**

**Engine Components:** Such as valve seat rings and fuel injectors. The high hardness and wear resistance of tungsten carbide ensure the stable operation of these components within the high-temperature and high-pressure working environment of an engine.

**Molds:** Stamping dies, die-casting molds, and similar tooling used in the production of automotive components frequently utilize tungsten carbide materials to extend mold longevity and enhance the production quality of the parts. Medical Device Sector

Dental Instruments: Such as dental burs, dental molds, etc. The high strength and corrosion resistance of tungsten carbide enable it to meet the high-precision requirements of dental procedures, while also ensuring resistance to rust and corrosion.

Orthopedic Instruments: Certain orthopedic implants and surgical instruments also utilize tungsten carbide materials, owing to their excellent biocompatibility as well as their sufficient strength and hardness.

Other Fields

Watches: Tungsten carbide is used for components such as watch cases, bands, and buckles. This not only provides aesthetic appeal and wear resistance but also enhances the overall quality and prestige of the timepiece.

Golf Clubs: Tungsten carbide is frequently used in the manufacture of golf club heads, helping to improve both shot accuracy and distance.

Jewelry Processing: It is employed in the creation of jewelry processing tools—such as engraving knives and molds—facilitating the execution of intricate and precise jewelry craftsmanship.