(BN Nozzle Produced by Wintrustek)

Boron nitride ceramic nozzle is constructed of high-quality raw material boron nitride.It is an excellent material for electrical insulation and is resistant to wear at high temperatures. Its chemical stability is excellent. Indeed, it has numerous uses in a variety of sectors. As boron nitride has low wettability with metals, when comes to process molten metals, particularly for high-purity material metals in a vacuum, boron nitride is a great material.

Applications like powder metallurgy and metal casting frequently use boron nitride nozzles. To suit a range of applications, boron nitride nozzles come in a variety of sizes and shapes. They can be used to shape and direct streams of molten metal or abrasive powders, as well as to precisely dispense liquids. They are perfect for applications involving quick cycles of heating and cooling because of their high thermal conductivity and resistance to thermal shock.

Advantages:

1. Wear resistance: boron nitride nozzles feature great hardness and wear resistance, ensuring stable performance throughout time.

2. Good temperature resistance: boron nitride nozzles have a low thermal expansion coefficient and good thermal conductivity, making them suitable for high-temperature situations.

3. High precision: boron nitride nozzles provide excellent spray uniformity and control, enabling precise coating.

4. Corrosion resistance: the nozzle can function in diverse acid, alkali, high temperature and other difficult situations and has great corrosion resistance.

5. Cost-effective: boron nitride nozzles are highly resistant to wear, corrosion, and high temperatures, with little maintenance requirements.

Applications:

1. Air atomizing nozzles: high-temperature spray liquids, powders, and aerosols can be sprayed using air atomizing nozzles, which are extensively utilized in the coating, spraying, and atomization industries.

2. Abrasive nozzles: utilized in surface treatment, cleaning, and sandblasting equipment, abrasive nozzles can produce steady, long-lasting spraying effects in high-speed, high-pressure, high-concentration abrasive flows.

3.  Burner nozzles: high-temperature burners can be sprayed and controlled via burner nozzles. In addition to improving combustion efficiency and stability, boron nitride ceramic nozzles can produce steady combustion spraying.

4.Powder metallurgy nozzle: for the high-temperature spraying of particles, powders, and coating materials, a powder metallurgy nozzle offers a steady jet flow.

Industries:

1. Metallurgy: their high-temperature resistance and non-wetting properties make them useful in metal casting and welding applications. In these operations, boron nitride is the perfect material for nozzles since molten metals do not easily stick to it.

2. Foundry and Metalworking: they are utilized in foundries for precise metal casting and metalworking processes including laser cutting and welding.

3. Aerospace: these materials are commonly employed in rocket propulsion systems due to their great temperature resistance.

4. Semiconductor Manufacturing: chemical vapor deposition (CVD) techniques in semiconductor manufacturing use boron nitride ceramic nozzles to distribute and supply gases and precursors for thin layer deposition.

5. Electronics: they are employed in the production of electronics in procedures that call for high temperatures and chemical resistance, such as wire bonding and plasma etching.