Boron Carbide Nozzle
Our boron carbide nozzle delivers exceptional performance when used with various blasting media. It requires less air consumption for maximum efficiency and wear reduction in demanding applications.
This durable nozzle is available in multiple diameters and uses Venturi impact to optimize blast media exit speed, improving blasting interpretation and surface preparation. Furthermore, its longer overall nozzle life than additional liner materials saves contractors considerable money through skilled blasting procedures & ongoing use.
Longer Life
Boron carbide nozzles tend to outlive their counterparts made from other materials, translating to reduced overall costs due to less frequent replacement needs and reduced downtime during operations.
Boron carbide stands out among its peers due to its superior hardness, low density and chemical inertness – qualities which make it ideal for use in abrasive blasting applications. Boron’s inertness prevents any interaction between its media and treated surfaces and ensures their long-term integrity.
Our extremely long venturi sandblasting nozzle, featuring raw rubber jackets and featuring boron-carbide-lined surfaces, comes in diameters ranging from 6-10mm. Utilizing its Venturi impact technology to optimize blast media withdrawal speed and enhance blast interpretation & surface preparation capabilities – helping contractors save on operational expenditures when working on extended exterior surface rehearsal tasks. Furthermore, these powerful nozzles are capable of handling strong abrasives such as aluminum oxide & aggressive mineral aggregates without showing signs of wear-and tear over time – saving contractors time when working on extended exterior surface rehearsal projects.
Low Wear Rates
Boron carbide is one of the hardest materials on Earth, making it an ideal material for blast nozzles used with aggressive media such as aluminum oxide or specific mineral aggregates. These durable nozzles can outlive tungsten carbide nozzles by five-ten times or more and silicon carbide ones by 2-3 times, depending on your blasting medium.
Our boron carbide sandblasting nozzles come equipped with natural rubber jackets and Venturi impact designs that maximize blast media exit speed for faster blast interpretation and surface preparation while simultaneously protecting the nozzle liner.
Durable nozzles that are up to five times lighter than their tungsten counterparts help minimize operator fatigue and energy use, leading to more blasting at reduced costs of ownership. Furthermore, there are various diameters and lengths available to meet any application need; additionally they can be used with various blast media such as garnet, aluminium oxide or steel grit blast media for optimal use.
High Efficiency
Boron carbide sandblasting nozzles come in all shapes, sizes, and configurations to provide precise flow control of abrasive materials – enabling maximum performance across different applications.
Chemical inertness is another key feature of these pieces, which prevents corrosion while prolonging nozzle lifespan.
Boron carbide blast nozzles offer outstanding shock resistance, making them the ideal choice for use against forceful abrasives such as aluminum oxide and mineral aggregates, which will increase their lifespan while saving contractors on operational costs over time.
Further, these abrasive nozzles are considerably lighter than their tungsten carbide and silicon carbide counterparts, making them easier for workers to handle during extended shifts without fatigue or productivity loss. Plus, they are much cheaper than any alternative blast nozzles on the market!
Easy Maintenance
Boron carbide nozzles are constructed using strong yet lightweight material that makes them easy to handle and helps minimize operator fatigue during long blasting sessions. In addition, their resistance to chemical reactions and heat tolerance make them suitable for harsh environments where other nozzles might decay or be damaged by chemicals or even physical contact.
These nozzles are suitable for most blasting machines, with diameters and lengths to meet each machine’s capacity. Depending on the media being used, they can outlive tungsten carbide nozzles by up to five times! They’re also superior to silicon carbide ones, and even outlive iron/cast iron ones by 2-3 times, meaning you save money over time on replacement costs! Additionally, their shock-resistant properties reduce damage caused by impacts – this feature is particularly advantageous with forceful materials like aluminum oxide & some mineral aggregates where rough handling should be avoided – saving money over replacement costs over time and saving money in replacement costs over time!