Boron Carbide Nozzle Delivering High Performance in Abrasive Blasting
Boron carbide sandblasting nozzlesA are Venturi-type blasting nozzles designed to increase blast media exit speed while using less compressed air, while also being chemically inert and resistant to corrosion.
Sintered boron carbide is one of the hardest technical materials and makes for excellent blasting nozzles. They typically outlast Tungsten Carbide nozzles by 5-10 times, Silicon Carbide 2-3 times, and Iron/Cast Iron 100 times instantly after engaging aggressive media like aluminum oxide or specific minerals.
Hardness
Boron carbide is one of the hardest technical materials known to man, second only to diamond and cubic boron nitride in terms of hardness. This makes boron carbide an excellent material choice for making durable nozzles which can withstand blast media such as steel grit or shot shot blasting media.
Longevity extends between maintenance and repair expenses, saving costs. Furthermore, resistance to wear allows this nozzle to maintain peak performance for a longer duration than traditional tungsten carbide or ceramic models.
Lightness of Blast Ninja Nozzles contributes to their high productivity levels by minimizing operator fatigue during long industrial hours while handling abrasive media at elevated pressure levels. They’re chemically inert and can handle temperatures that would destroy other materials – meaning they work in various environments without degradation or contamination, unlike some materials would do. Blast Ninja nozzles feature an innovative design which drastically decreases noise exposure at their source allowing operators to blast in sensitive environments safely without creating noise pollution at source – thanks to years of aero-acoustic research combined with extensive fluid dynamics modeling, lab testing and field trials to achieve the optimum nozzle design – something no other materials could do alone!
Resistance to Wear
Durable boron carbide blasting nozzles are constructed to withstand wear & tear, giving contractors more use over extended periods. This enables more efficient surface preparation with reduced operational costs and decreased downtime.
These nozzles also boast high levels of chemical inertness, meaning that they can be used with multiple types of abrasive media in different environments without corrosion or degrading, while having an exceptionally high melting point to withstand the temperatures produced during sandblasting processes.
These nozzles come in various nozzle diameters and lengths to meet different project requirements. Capable of firing abrasive media at high speeds for faster surface preparation, they’re suitable for wet or dry blasting applications and designed to withstand impact erosion from materials like corundum for repeated use – unlike their counterparts tungsten carbide nozzles which weigh five times less.
Longevity
Boron carbide nozzles can withstand extreme conditions, offering superior performance compared to their counterparts made of tungsten or silicon. Furthermore, their long life reduces re-blasting needs due to wear on their components.
These long-wearing nozzles help lower operating costs while simultaneously increasing productivity. Their low wear rates enable contractors to conduct abrasive blasting for extended periods without air compressor use or downtime due to nozzle replacement.
These boron carbide sand blasting nozzles feature a venturi type design to increase both blast media and compressed air flow, and increase removal rates and increase efficiency. Ideal for shot blasting, grit blasting and sand blasting applications; durable construction provides long-term use in pressure blast machines or suction blast cabinets; operating temperatures range between -15degC and +50degC for optimal operation.
Lightweight
No matter if you’re blasting steel surfaces to form an anchor pattern or profile or stripping away coatings from wood surfaces, quality equipment and parts ensure optimal performance – helping avoid unplanned downtime and productivity hits, as well as increased media consumption due to worn parts.
Our long venturi high-performance blasting nozzles feature boron carbide-lined venturi long nozzles for improved abrasive flow velocity at their exit, increasing both wet or dry blast cleaning productivity. Furthermore, they boast superior wear characteristics capable of handling various abrasives.
These versatile blast nozzles can be used with both wet and dry blasting applications and are ideal for large surface area jobs that require blasting media interpretation. Compatible abrasives may include aluminum oxide, silicon carbide and steel grit.