Sand Blasting Nozzle

Brand: Spray Blast

Availability : In Stock

₹ 3 K - 20 k

A sand blasting nozzle is a tool used in sandblasting, which is a process of cleaning, smoothing, or shaping a surface by forcing abrasive materials through a high-pressure stream of compressed air or water. The nozzle is part of the sandblasting gun that directs the abrasive material to the surface

  • Material :

    Tungsten / Boron Carbide

  • Size :

    5 - 12 mm

  • Thread Size :

    1/4" BSPT, For Y gun

  • Tensile Strength :

    100-700 MPA

  • Usage :

    Sand Blasting Machine

  • Nozzle Holder :

    Aluminum

It is critical to choose the proper Sand Blasting Nozzle for the right job. Make sure to examine the Air and Abrasive Consumption Chart to verify that there is enough air supply. Only use Venturi nozzles for pressure blasting equipment and portable sand blasting Machine, which has a large input diameter that tapers progressively towards the orifice diameter before flaring out at the outlet end. The abrasive velocity at the output is often greater than 700 km/h and has the highest concentration of impact of any type of nozzle.

A sand blasting nozzle is a tool used in sand blasting machine, which is a process of cleaning, smoothing, or shaping a surface by forcing abrasive materials through a high-pressure stream of compressed air or water. The nozzle is part of the sand blasting gun that directs the abrasive material to the surface being treated.

Sand blasting nozzles are made from a variety of materials, including tungsten carbide, boron carbide, ceramic, and steel. The material used for the nozzle will depend on the specific application and the type of abrasive material being used.

The size and shape of the sand blasting nozzle also affect the sand blasting machine process. The diameter of the nozzle determines the amount of abrasive material that can be delivered, while the shape of the sand blasting nozzle affects the velocity and pattern of the abrasive material.

Sand Blaster Nozzle

Sand blaster nozzle can be purchased in various sizes and types to suit different applications. It's important to choose the right size and type of Sand blaster nozzle to achieve the desired results and to ensure safe and efficient operation.

Sand Blasting Nozzle Shape 

Nozzles come in two essential shapes: straight bore and Venturi, with several variations of Venturi nozzles.

Venturi blasting nozzles

Venturi blast nozzles produce a broad blast pattern while increasing abrasive velocity. Venturi nozzles, which are ideal for increased sandblasting productivity when working on bigger surfaces, allow blast projects to be finished more efficiently.

Straight bore nozzle

Straight bore nozzles are designed for spot blasting at close range. They are ideal for cleaning small areas such as weldments, grillwork, and railings since they have small blast patterns and little over blast. If your equipment requires a non-standard nozzle, we can manufacture it for you. Please contact us if you have any particular requirements.

Wide throat nozzle

Wide throat nozzles are de Laval nozzles having a large throat and an extra-1/4" wide convergence portion. When used in conjunction with a sand blasting hose with a matching internal diameter (and commensurate increase in air volume), the wide throat nozzle can increase productivity by up to 15% over lengthy Distances.

XL Performance

These extra-long nozzles accelerate particles over a longer distance, resulting in higher exit velocities and allowing the blaster to stand further away from the surface being blasted, as well as a larger blast pattern and better production rates.

Sand Blasting Nozzle Material

The composition of the lining inside the bore is the third factor to consider when selecting a nozzle. Harder materials are more resistant to wear, but they are more expensive to replace and are prone to cracking when handled roughly. Carbide sand blasting nozzles are classified into three categories.

Tungsten Carbide

This is the least lasting of the carbide nozzles, although the tungsten carbide nozzle is reasonably inexpensive and impact resistant. Slag, glass, and mineral abrasives are all suitable for blasting.

Silicon Carbide

Tungsten carbide is impact resistant and robust, yet the Silicon carbide nozzle is lightweight. Reduces operator strain.

Boron Carbide

Brittle despite being extremely hard and resilient. Boron Carbide nozzle has ten times the durability of tungsten carbide.

Sand Blasting Nozzle Suppliers

Spray Blast is the Leading Sand blasting Nozzle Suppliers in India. Sand blasting nozzle price depends on the type of sand blaster nozzle. We also provide the sand blasting machine, portable sand blasting machine, sand blasting cabinet, sand blasting room, remote control valve, abrasive media, steel shot, steel grit, glass beads, copper slag, etc.

  • Brand :

    Spray Blast

  • Nozzle Type :

    Long Nozzle / Short Nozzle

  • Country of Origin :

    Made in India

  • Delivery Time :

    6-7 Days

  • Production Capacity :

    4-5

  • Packaging Details :

    Polly Pack With Bubble Packing

  • Transport Type :

    Land / Sea / Air Transport

₹ 40 K - 10 Lakh
₹ 1.50Lakh - 3.50Lakh
₹ 5Lakh - 80Lakh
Frequently Asked Questions (FAQ`s)
What is Sand Blasting Nozzle price?
Sand blasting Nozzle price range is Rs 3 K - 20 k. Sand blasting room price also depends on the type of sand blaster nozzle.
How does a sand blasting nozzle work?
A sand blasting nozzle works by using compressed air or water to propel abrasive media through the nozzle and onto the surface being cleaned or treated. The size and shape of the nozzle and the type of abrasive media used will affect the size and shape of the stream of abrasive particles.
What factors should be considered when selecting a sand blasting nozzle?
When selecting a sand blasting nozzle, factors to consider include the type of abrasive media used, the size and shape of the nozzle, the air or water pressure used, and the desired surface preparation outcome. The size and shape of the sand blaster nozzle will affect the size and shape of the stream of abrasive particles, and the air or water pressure used will affect the velocity and force of the stream.