Sand Blasting Spares
Boron Carbide Long Nozzle 10 mm
| Type | Sand / shot blasting spare |
|---|---|
| Fitment | Confirm make & model |
| Material | As per drawing / OEM |
| MOQ | 1 pc |
| Warranty | As applicable |
| Availability | Confirmed on enquiry |
| Delivery | Domestic & export |
- Tested before dispatch
- Demo / site visit
- Installation support
- GST invoice
Sizes & Price
Compare size and fitment — then get the best price.
| Size | Fits | Material | Best for | |
|---|---|---|---|---|
| StandardPopular | Common models | As specified | Replacement | |
| Heavy duty | Production lines | As specified | Long life |
Specifications
Technical details for planning, quotation and supply.
| Product | Boron Carbide Long Nozzle 10 mm |
|---|---|
| Product Name | Boron Carbide Long Nozzle |
| Bore Diameter | 10 mm |
| Material | Boron Carbide (B4C) |
| Nozzle Type | Long Venturi |
| Compatible Equipment | Standard sandblasting nozzle holders |
| Thread Type/Size | Needs confirmation |
| Overall Length | Needs confirmation |
| Entry Diameter | Needs confirmation |
| Packing | Individual box packing |
Product description
Details buyers use to confirm grade, use and supply.
High-Wear Boron Carbide Nozzle for Industrial Blasting
This long-format nozzle is specifically designed for applications requiring the operator to maintain distance from the work surface or access confined areas like pipes and deep profiles. The 10 mm bore diameter provides a balanced mix of high abrasive flow rate and effective blast pattern control, making it suitable for a wide range of general contracting and industrial maintenance tasks.
Boron carbide (B4C) is one of the hardest materials available for blast nozzles, second only to diamond. This extreme hardness translates directly into a longer, more consistent wear life, maintaining the nozzle's internal geometry and blast pattern for a significantly longer period. This reduces downtime for nozzle changes and ensures a more uniform surface finish across the entire job.
Performance and Wear Life Factors
The service life of this nozzle is directly influenced by the type, size, and hardness of the abrasive media used, as well as the blasting pressure. It is exceptionally well-suited for aggressive media like aluminum oxide, silicon carbide, and garnet. To ensure you get the maximum life from your nozzle, always inspect the entry and exit bore for signs of uneven wear, which can indicate misalignment or worn-out venturi inserts in the nozzle holder.
About SPA2Z — Your Source for Boron Carbide Long Nozzle 10 mm
SPA2Z is a dedicated supplier of industrial blasting and surface preparation spares, helping maintenance teams and contractors keep their operations running with minimal downtime. We understand that a blast nozzle is a primary wear point, and sourcing the correct, high-quality replacement is critical for consistent results.
For this Boron Carbide Long Nozzle 10 mm, we support buyers with:
- Compatibility confirmation: We help you verify the nozzle's thread and holder fitment against your specific blast machine setup before you order.
- Application-based selection: Not sure if the 10 mm bore or long profile is optimal for your abrasive and pressure? Our team can provide practical guidance to match the nozzle to your production needs.
- Reliable industrial supply: We focus on providing genuine, high-grade boron carbide spares that deliver the wear resistance your high-production blasting jobs demand.
Contact us with your requirements for a competitive quotation and to confirm compatibility with your equipment.
Applications
Where these spares are commonly fitted.
Contractor Surface Preparation
Ideal for blasting structural steel, bridges, and tanks where a long nozzle provides better ergonomics and reach for the operator.
Aggressive Media Blasting
Specifically suited for use with high-hardness abrasives like aluminum oxide and garnet, where standard nozzles wear rapidly.
Pipe and Confined Space Blasting
The extended length allows for effective blasting inside pipes, tubes, and other hard-to-reach areas without compromising media velocity.